구매 오퍼
AI 기반 건강 지식 챗봇으로 정보 제공하는 의료 인사이트
요약 디지털 시대는 건강 정보 전파의 새로운 경로를 열었으며, Google과 같은 인터넷 검색 엔진의 광범위한 사용이 많은 사람들에게 건강 정보의 주요 출처가 되었습니다. 검색 엔진은 사람들에게 방대한 건강 관련 지식을 제공했지만, 환자와 제공자 간의 소통과 의료 서비스 이용에서 새로운 도전을 가져왔습니다. 온라인의 방대한 건강 정보는 오히려 문제를 일으킬 수 있습니다. 특히 소셜 미디어 플랫폼에서의 잘못된 정보는 불필요한 불안, 잘못된 자기 진단, 그리고 환자와 의사 간의 관계를 악화시킬 수 있습니다. 회사는 건강 문해력을 향상시키고, 정보에 기반한 의사 결정을 지원하는 간단하고 효과적인 도구를 제공할 수 있는 기술 해결자를 찾고 있습니다. 기술 사양 및 요구되는 전문성 이 솔루션은 다음 기준을 충족해야 합니다:• 기본 소형 언어 모델 챗 기능: 사용자가 의료 지식에 대해 질문을 하고 정확하고 이해하기 쉬운 답변을 받아 필수 건강 정보를 빠르게 접근할 수 있도록 하는 기능을 제공해야 합니다.• 사용자 친화적인 인터페이스: 시스템은 직관적이고 접근 가능해야 하며, 모든 연령대와 기술 능력을 가진 사용자가 쉽게 상호작용하여 필요한 정보를 얻을 수 있도록 해야 합니다.• 신뢰할 수 있는 정보 출처: 모든 정보는 신뢰할 수 있고 검증된 의료 데이터베이스에서 제공되어야 하며, 사용자가 제공된 건강 인사이트의 신뢰성과 정확성을 유지할 수 있도록 적절한 참조(하이퍼링크나 각주 포함)를 제공해야 합니다. 선호되는 데이터베이스는 TGLH와 그 파트너들이 제공하지만, 솔루션은 다른 출처를 사용할 수 있어야 합니다. • 데이터 분석: 주요 사용자 참여 지표를 추적할 수 있어야 하며, 예를 들어 로그인 빈도와 일반적인 질문에 대한 워드 클라우드를 생성하여 사용자 행동과 정보 요구에 대한 통찰을 제공해야 합니다. 대시보드는 답변 출처의 분류를 보여줄 수 있어야 하며, TGLH에서 제공된 데이터베이스와 기타 데이터베이스의 차이를 나타낼 수 있어야 합니다. 솔루션이 갖춰야 할 특성• 확장 가능한 시스템: 시스템은 최소 200명의 동시 사용자 지원이 가능해야 하며, 응답 시간은 5초 미만, 안정적인 운영과 향후 성장을 위한 확장성이 있어야 합니다. 이는 부하 테스트와 실시간 성능 추적을 통해 검증되어야 합니다.• 신뢰할 수 있는 시스템 및 가용성 보장: 시스템은 99.9% 이상의 가용성을 유지해야 하며, 운영 기간 동안 최소 2시간을 초과하지 않는 다운타임을 보장해야 합니다. 이를 위해 견고한 장애 조치 메커니즘, 적극적인 모니터링, 시기적절한 사건 대응을 통해 중단을 최소화하고 사용자 접근과 서비스 신뢰성을 유지해야 합니다. • AI 안전성: 개발된 AI 솔루션이 대형 언어 모델(LLM) 또는 LLM 애플리케이션인 경우, 평가를 거쳐 그 결과를 TGLMC와 공유해야 합니다. 안전성과 기능 평가를 위한 도구로는 Project Moonshot*을 사용할 수 있습니다. 기술 솔루션 제공자는 솔루션에 대한 위험과 안전 장치를 공유해야 합니다. 필요한 파트너 유형 및 역할 문제 해결에 지원할 수 있는 파트너는 지리적 위치에 제한이 없지만, 프로토타입은 싱가포르에서 시연되어야 합니다.고려되는 파트너십 유형 상업적 계약 및 기술 지원 (Commercial Agreement with Technical Assistance) 합작 투자 계약 (Joint Venture Agreement) 라이선스 계약 (License Agreement)
은행에서의 자동화된 컴플라이언스 매트릭스 생성
요약 오늘날 빠르게 변화하는 금융 환경에서 은행은 규제 요구사항과 표준을 준수해야 합니다. 은행은 여러 관할 지역에서의 컴플라이언스를 보장하고 내부 정책 및 리스크 프레임워크를 관리하며, 이를 최신 상태로 유지하는 책임이 있습니다. 회사는 은행 정책과 규제 요구사항에서 잠재적인 격차를 식별하고 평가하며 해결하는 데 도움이 될 수 있는 컴플라이언스 매트릭스를 자동으로 생성하는 혁신적인 솔루션을 찾고 있습니다.기술 사양 및 요구되는 전문성 이 솔루션은 다음 기준을 충족해야 합니다:• 지능형 정책 및 규제 매핑: 내부 정책, 외부 규제 데이터베이스 및 모범 사례 문서 등 다양한 출처에서 데이터를 크롤링하고, 수집하며 분석하는 기능을 갖추어야 합니다. 새로운 또는 수정된 규제에 대한 정책 업데이트를 알리고 추천하는 기능도 필요합니다.• 자동화된 정책 매핑 및 격차 분석: 내부 은행 정책과 절차를 관련 규제 요구사항에 자동으로 매핑하여 잠재적인 격차나 불일치를 식별할 수 있는 기능이 필요합니다.• 사용자 정의 가능한 컴플라이언스 매트릭스: 다양한 규제, 사업 부문 요구 사항 및 리스크 수용도에 따라 맞춤형 컴플라이언스 매트릭스를 생성할 수 있는 기능을 제공해야 합니다. • 사전 대응적인 리스크 통찰력 및 완화: 식별된 격차를 해결하기 위한 실행 가능한 완화 조치를 제안하고, 정책 변경이 운영, 규제 컴플라이언스 및 관련 리스크에 미칠 수 있는 영향을 통찰력 있게 제공해야 합니다. 전체 성능 요구 사항• 정확성: 내부 정책을 관련 규제에 정확하게 매핑하여 잠재적인 격차를 식별하고 컴플라이언스 문제를 적절히 경고할 수 있어야 합니다.• 적응력: 금융 규제가 동적인 만큼, 솔루션은 규제 피드를 지속적으로 크롤링하거나 푸시하여 수동 개입 없이 최신 상태를 유지할 수 있어야 합니다.• 효율적인 협업: 정책, 리스크 평가 및 감사 결과를 중앙화하여 단일 진실 출처를 제공합니다. 이 솔루션은 컴플라이언스, 법률, 리스크 및 정책 결정에 관련된 다른 사업 부문 간 협업을 효율적으로 지원해야 합니다.• 확장성: 솔루션은 비즈니스가 성장하고 해외 고객 기반을 확장함에 따라 다양한 관할 지역 및 지리적 위치에서의 규제 요구 사항을 처리할 수 있도록 확장 가능해야 합니다.• 시스템 신뢰성 및 감사 추적: 고가용성을 보장하며 장애 조치 메커니즘을 제공해야 합니다. 시스템 로그는 각 컴플라이언스 매트릭스 업데이트 및 버전 이력을 추적할 수 있도록 해야 합니다. • 보안 및 데이터 프라이버시: 민감한 정책 및 컴플라이언스 데이터를 안전하게 처리하고, 현지 데이터 보호 규정(PDPA 등)에 맞게 보호해야 합니다. 필요한 파트너 유형 및 역할 문제 해결에 지원할 수 있는 파트너는 지리적 위치에 제한이 없지만, 프로토타입은 싱가포르에서 시연되어야 합니다.고려되는 파트너십 유형 합작 투자 계약 (Joint Venture Agreement) 라이선스 계약 (License Agreement)
용매 기반 제형을 위한 겔화제
요약 세계적인 소비재 선도 기업이 용매 기반 제형을 위한 겔화제 또는 유변학 수정제를 찾고 있습니다. 이 제품은 정지 상태에서는 높은 점도를 보이며(스트레스 미제공 시), 전단 응력(또는 힘)이 가해졌을 때는 낮은 점도를 보여야 합니다. 위에서 언급된 용매 기반 제형은 주로 에터 글리콜을 포함합니다 기술 사양 및 요구 전문성기술 요구사항 전단 응력 하 점도: 약 2000 – 4000 cP @ 전단 응력 100s-1 및 온도 20°C 휴지 상태 점도: 0.01s-1 및 20°C에서 100s-1에서의 점도보다 최소 20배 더 높아야 함 전단 응력이 제거된 후 빠른 휴지 상태 점도 회복 (유변학적 회복): 5분 이내 물질 입자 크기: 1um 이하 화학적 호환성 페녹시 에탄올 또는 페녹시 프로파놀에서 겔 형성 가능 물에서 점도 증가 없음 수용액을 위한 제형은 사용하지 않음 사업 요구사항 연간 1톤 이상 대용량 생산 가능 비용 범위: 100€/kg 이하 법적/환경적 요구사항 비독성 (CMR 카테고리 1A/1B/2 없음; SVHC 없음) REACH 규정 준수 선호 조건 TOYS 규정 준수요구하는 파트너 유형 및 역할 협상 단계에서 모든 사업 관계에 열려 있으며, 그 중에는 R&D 계약, 기술 라이선싱, 공동 개발, 공급 계약, 특허 판매 등이 포함됩니다. 제안의 유효성을 확인하기 위해 샘플 재료 테스트에 관심이 있으며, 이후 성공적인 결과가 나오면 기술 이전 및 확장을 중심으로 지속적인 파트너십으로 이어질 수 있습니다. 고려하는 협력 형태 라이선스 계약 (License Agreement) 연구 협력 계약 (Research Cooperation Agreement) 기술 협력 계약 (Technical Cooperation Agreement)
자동차 적용을 위한 교체 가능한 희생 양극 기반 부식 방지 방법
설명 부식은 자동차 산업에서 중요한 문제입니다. 미관 및 경제적 문제를 넘어, 부식으로 인한 기능 상실은 안전을 위협할 수 있습니다. 수동 양극 보호 방식(Passive Cathodic Protection)은 선박, 송유관 등에서 널리 사용되며, 핵심 원리는 구조 금속 대신 희생 양극이 부식되도록 하는 것입니다. 희생 양극이 소모되면 교체할 수 있으며, 이는 자동차 산업에서 부식 방지 효과를 최소 15년 이상 지속시키는 데 유용합니다. 사업 목표회사의 주요 경쟁업체 대비 자동차 구조 부품(프레임 및 서브프레임)의 수명을 연장하여 경쟁 우위를 확보하는 것. 기존 시도된 솔루션현재 프레임의 부식 방지는 아연도금 강판과 전착 도장(e-coat) 방식을 활용하고 있습니다. 전착 도장(e-coat): 기판과 전해질 사이를 절연하여 부식을 방지하는 보호층을 형성함.아연도금 강판: 표면의 아연층이 희생 양극 역할을 하며 선박의 희생 양극 방식과 유사한 방식으로 양극 보호 효과를 제공함. 그러나 아연층이 산화되면 교체할 수 없다는 단점이 있음 기술 사양 및 요구 전문성필수 조건 기존 전착 도장(e-coat) 및 분체 도장(paint coat) 기술과 호환 가능해야 함. 희생 양극이 차량의 무게 증가를 최소화해야 함. 자동차 구조물의 **생애 주기 평가(LCA)**에 미치는 영향이 적어야 함. 환경 영향을 최소화해야 함. 기술 준비 수준(TRL, Technology Readiness Level)이 최소 TRL 4 이상(실험실 테스트/프로토타입 검증)이어야 함. 추가로 고려할 사항 (선호 조건) 희생 양극이 교체 가능해야 함. 비용 효율적인 솔루션이어야 함.요구하는 파트너 유형 및 역할 연구 협력 모델은 대학 및 민간 연구기관 모두를 수용할 수 있도록 설계되었습니다. 회사는 제안된 기술의 개발 단계에 맞춰 다양한 협력 모델을 모색할 의사가 있습니다. 협력 모델 연구 협력 (Research Collaboration) 대학 또는 연구기관과 협력하여 학부 논문 연구비 지원, 계약 연구, 외부 자금 조달 제안, 산업 장비 접근 기회 제공 등의 방식으로 진행 가능. 공동 개발 (Joint-development) 기업 간 기술 공유, 제품 개발 또는 개선, 기술 통합, 신제품 공동 상업화를 위한 협업 가능. 라이선싱 (Licensing) 제안자가 회사의 제품을 특정 로열티 비용으로 제조할 수 있도록 허가하는 사업 모델로, 독점적 라이선스 포함 가능. 제안서 핵심 요소 희생 양극의 적절한 소재 제안 자동차 구조 부품 내 희생 양극 설치를 위한 전략적 부위 선정 소모된 희생 양극을 쉽게 교체할 수 있는 시스템 제안 솔루션의 검증 방법론 제안 현재의 도장 보호 공정(e-coat, 분체 도장 등)과의 호환성 평가 승용차 및 상용차 제품군과의 호환성 평가 시뮬레이션 및 3D 모델링 포함하여 제안서 보완고려하는 협력 형태 연구 협력 계약 (Research Cooperation Agreement) 기술 협력 계약 (Technical Cooperation Agreement)
소형/경량 5kW 수소 연료전지 제조업체 물색
Summary공칭 전력 5~10kW 소형 연료전지 제조업체 물색 DescriptionThe French company aims to finalise an innovative system for the production of decarbonated electricity for mobility applications (light cars, light boats) and it is looking for compact 5kW hydrogen Fuel Cells (FCs). The requested hydrogen FCs are not intended to power the system, but to recharge the batteries and also to heat them in some cases, such an intense cold. Ideally, the hydrogen FCs should comply with sustainable development. So, as much as possible, the proposed FCs should be provided with indications about: -carbon footprint of component sourcing-carbon footprint of manufacturers sourcing-carbon footprint of the packaging-carbon footprint of its use (efficiency in%)-carbon footprint of recycling-system recyclability level (in%)-level of dismantling of the system (in%)Design should facilitate easy dismantling at end of life to an extend as reasonably can be expected. A manufacturer of lightweight small hydrogen FCs is sought for commercial agreement with technical assistance. Technical Specification or Expertise SoughtRequested compact FCs technical characteristics: -Nominal Power: 5 000 to 10 000W-Voltage: 22-48V-I max: 250A-P max: 5 000W-Bus CAN 2.0 B: 1-Electrolyser technology: PEM-Cooling system: Glycol-Weight: < 50 Kg-Type: MobilityElectronic card must comply with the automotive standards Operating conditions:-maximum operating temperature 30°C to 40 C-the flow temperature is above 0°C-95% air humidity-presence of sand in the air -presence of salt in the air Technology Keywords02009017 - Electrical supply system 04001003 - Storage of electricity, batteries004002001 - Fuel cell, hydrogen production02009014 - Automotive electrical and electronics 03004004 - Electrical Engineering/ Electrical Equipment Market Application Keywords06008 - Energy Storage 06007001 - Other energy production09001005 - Motor vehicles, transportation equipment and parts03002 - Batteries 09001007 - Other transportation Type and Role of Partner SoughtType of partner: Industrial manufacturer of compact hydrogen Fuel Cells Role of the partner: To provide the specific equipment and technical support for implementing FCsSME 50 - 249SME 11-49SME <=10Big company Type of Partnership ConsideredCommercial agreement with technical assistance
경차 및 보트 충전용 소형·경량 연료전지
Summary 프랑스의 한 회사가 수소 가스(H2)를 기반으로 한 에너지 시스템을 설계하고 생산합니다. 태양광 패널(PV), 연료전지(FC), 배터리 등의 에너지를 결합해 경차나 경보트에 접목한 저탄소 신제품을 출시할 계획입니다. 이 회사는 공칭 전력이 5kW에서 최대 10kW인 소형 FC를 찾고 있습니다. FC는 부피가 크지 않아야 하고, 요구되는 특성이 있습니다. 이러한 FC의 제조업체와의 기술 지원을 받는 상업적 계약을 고려 중입니다. Description The French company aims to finalise an innovative system for the production of decarbonated electricity for mobility applications (light cars, light boats) and it is looking for compact 5kW hydrogen Fuel Cells (FCs).The requested hydrogen FCs are not intended to power the system, but to recharge the batteries and also to heat them in some cases, such an intense cold. Ideally, the hydrogen FCs should comply with sustainable development. So, as much as possible, the proposed FCs should be provided with indications about: -carbon footprint of component sourcing-carbon footprint of manufacturers sourcing-carbon footprint of the packaging-carbon footprint of its use (efficiency in%)-carbon footprint of recycling-system recyclability level (in%)-level of dismantling of the system (in%) Design should facilitate easy dismantling at end of life to an extend as reasonably can be expected. A manufacturer of lightweight small hydrogen FCs is sought for commercial agreement with technical assistance. Technical Specification or Expertise SoughtRequested compact FCs technical characteristics: -Nominal Power: 5 000 to 10 000W-Voltage: 22-48V-I max: 250A-P max: 5 000W-Bus CAN 2.0 B: 1-Electrolyser technology: PEM-Cooling system: Glycol-Weight: < 50 Kg-Type: MobilityElectronic card must comply with the automotive standards Operating conditions:-maximum operating temperature 30°C to 40 C-the flow temperature is above 0°C-95% air humidity-presence of sand in the air -presence of salt in the air Technology Keywords02009017 - Electrical supply system 04001003 - Storage of electricity, batteries004002001 - Fuel cell, hydrogen production02009014 - Automotive electrical and electronics 03004004 - Electrical Engineering/ Electrical Equipment Market Application Keywords06008 - Energy Storage 06007001 - Other energy production09001005 - Motor vehicles, transportation equipment and parts03002 - Batteries 09001007 - Other transportation Type and Role of Partner SoughtType of partner: Industrial manufacturer of compact hydrogen Fuel Cells Role of the partner: To provide the specific equipment and technical support for implementing FCs Type of Partnership ConsideredCommercial agreement with technical assistance
차량 전자 제어 장치의 액체 냉각 기술 검증 Request
Summary 독일의 한 자동차 공급업체가 전자 제어 장치에 대한 새로운 액체 냉각 개념을 검증하기 위해 전자 제품 제조업체를 찾고 있습니다. 이 프로토타입은 전기화 및 자율 주행 기능으로 인해 증가하는 열 방출 수요에 대응합니다. 중량 감소(-35%), 공간 감소(-50%), 냉각 개선(+10%)이 장점입니다. 파트너는 프로토타입(TRL5)을 테스트하여 시장 성숙도를 높이고 판매 파트너 역할을 할 수 있도록 해야 합니다. Description Electrification, driving assistance systems and autonomous driving functions increase the number of electronic control units (ECUs) and computing power in current and future mobility concepts. This causes more need for electrical power and thus more waste heat produced, which must be removed from the ECUs' housings to ensure their safe operation. 1250 W are predicted until 2025. From an electrical power of approx. 150 W, only liquid-cooled systems can provide sufficient cooling capacity for cooling of the ECU. However, with the power losses to be expected future ECUs, it is foreseeable that current liquid cooling systems and their cold plates will reach the limits of their performance. In addition to the processors for autonomous driving functions, the power electronics of battery-electric vehicles also require cooling. This cooling task can also usually only be solved with liquid cooling. A large German automotive supplier (Aluminum, steel and plastic) and a global tech company (software and system integration) have co-developed a cooling concept that not only meets the required cooling conditions, but also minimizes the weight and installation space of the cooling unit. The newly developed optimized coldplate is based on multi-channel flat tubes (Micro Multi Port, MMP) made of 3000 series aluminum (e.g. EN AW 3102). Thanks to their low wall thicknesses, the large number of extremely small chambers and the resulting very high internal surface area, as well as the good thermal conductivity of 160 to 200 W/mK versus approx. 130 W/mK for die-cast materials, they can dissipate high heat quantities in a short time. For a prototype of the novel liquid cooling system, an MMP (Fig. 1) with external dimensions of 60 mm x 3 mm, a wall thickness of 0.35 mm and 29 chambers was used. This geometry is well suited for the use of water/glycol as a cooling medium. The MMP and the actual cold plate are connected by soldering (Fig. 2). The planar metallic contact ensures the best possible heat conduction. The choice of a suitable solder allows soldering to air atmosphere. The coldplate, in turn, is in good thermal contact with the components to be cooled on the PCB of the ECU. To compensate for manufacturing of the electronic components, thermal paste is usually applied between the cold plate and the components. The new concept allowed the amount of necessary thermal paste to be reduced to a minimum. This is extremely important because the thermal conductivity of the thermal pastes is a factor of 40 lower than that of the aluminum alloys used. The coldplates of the prototype are supplied with coolant by an external, on-board coolant circuit. The coolant is fed into one coolant connection at the housing of the electronic control unit and from there transported from there through the MMPs to a second coolant connection, where it leaves the housing again. The coolant can then be cooled down again via a chiller. The cooling performance of the prototype was characterized using thermal simulations. The coldplate ensures that the components do not heat up above their specified operating temperature. The cooling performance is improved by up to 10 percent compared to conventional heat sinks. In addition weight can be reduced by around 35 percent compared withconventional die-cast solutions, equal to approximately one kilogram. In addition the compact design, especially of the MMPs, offers opportunities to minimize the required installation space. Compared with die casting solutions, the MMP- based coldplate requires a maximum of 10 mm in the Z-direction, which corresponds to a saving of around 50 percent. Technical Specification or Expertise SoughtThe industrial partner should be from the fields of power electronics, ideally related to the mobility sector (electro mobility, autonomous driving, etc.). In addition to the automotive sector, the following fields are relevant: New Mobility, Railways, Ships, Aerospace, Chemicals, Energy Supply, Power Grids, Charging Technologies (electric vehicles), Telecommunications, Data Centers, Drive Technology, High Performance Electronics, Medical Technology, Defense, IT Hardware, Server Parks. In general, cooperation partners are sought where heat generation is an issue (heat generation and its effect on electronics and respective cooling technologies). Technology Keywords02009014 - Automotive electrical and electronics001001015 - Semiconductors04002008 - Cooling technologies 001001004 - Electronic engineering Market Application Keywords06002003 - Power grid and distribution03003 - Power Supplies03002 - Batteries007004008 - Automobile parts 03001009 - Other electronics related (including keyboards) Sector GroupAerospace and DefenceEnergy-Intensive IndustriesDigitalElectronics Mobility - Transport - Automotive Type and Role of Partner Sought Role of the partner would be to validate and test the prototype, identify possible problems and help to further improve the solution so that it meets market demands. Agreements to jointly sell the product are possible.
대규모 태양열 온수 난방 시스템
Summary이스라엘의 한 기업은 대규모 태양열 온수 시스템을 설계하고 계획하는 기술을 찾고 있습니다. 태양열/전기 온수 시스템 및 구성품 제조업체는 두 개의 공장을 보유하고 있으며, 현재는 자국 내에서의 산업을 중점으로 하지만 해외로 활동을 확장할 의향이 있습니다. 건축물 설치 엔지니어링 분야와 건축 산업/인프라 분야의 설치, 설계 프로젝트에서 협력하기를 원합니다.DescriptionAn Israeli leading manufacturer of solar / electric water heating systems and components has two modern production plants and just expanded in new buildings. They plan to enlarge their production capacity and trade activities. The company has two marketing staffs – for domestic and international market. The company is involved in the projects of solar / thermal water heating. They need a partner experienced in work at customized design and planning of large scale (e.g., big hotel buildings, hospitals, factories, schools etc.) solar thermal water heating systems. Nowadays the company specializes in domestic aspects, but is willing to extend its activity abroad. The company would like to cooperate in the field of building installation engineering, installation design / projects in building industry / infrastructure. Technical Specification or Expertise SoughtAdded technology for green water heating solar projects on larger scales Technology Keywords• 04005005 - Solar/Thermal energyMarket Application Keywords• 08003005 - Other industrial machinery for textile, paper & other industries • 08003007 - Other industrial equipment and machinerySector GroupRenewable EnergyType and Role of Partner SoughtType of partner: Suppliers and other innovative SMEs willing to include environmental protection and CO² reduction into their product and process design Role of the partner: Manufacturers of sustainable medical products are sought and strategic partners willing to adapt their product and process design to new environmental challenges. Due to a broad product range environmental friendly alternatives for example: - clinical disposables - infusion bottles - cannulas - plastic items - surgical materials - draping materials - scalpels - dressing materials - electrocardiogram (ECG) cables and so on are sought. Ideally, either existing products should be replaced by new, more sustainable ones, or strategic partners who would like to develop new more sustainable structures and products are sought for cooperation Type of Partnership ConsideredCommercial agreement with technical assistance
탄소 배출량 감소 의료 제품
Summary독일 북부의 대형 병원은 지속 가능한 의료 제품 공급업체를 찾고 있습니다.탄소 발자국을 더욱 줄이고 이를 위한 제품 및 공정 설계 전략을 개발하고자 합니다. 현재 의료 폐기물을 줄이기 위해 튜브의 재활용 가능성에 대해 제조업체와 협력 하고 있습니다. 이 병원은 탄소 배출량을 줄이고 제품 및 프로세스 설계 분야에서의 전략을 개발하고자 합니다.DescriptionThe hospital is one of the largest employers in the region which also leads to great impact in several perspectives. The client is aware of its ecological responsibility and undertakes numerous efforts on multiple levels to become continuously more sustainable. The client is reaching out to suppliers who manufacture sustainable medical products. Due to the clients’ size and variety of needs, there is a broad potential product range which might be addressed, such as clinical disposables, infusion bottles, cannulas, plastic items, surgical materials, draping materials, scalpels, dressing materials, electrocardiogram (ECG) cables, and so forth. Ideally, an existing product should be replaced by new, more sustainable ones. Additionally manufacturers are sought willing to design new medical products or collaborate in order to improve processes in terms of ecological sustainability. Example given, the client currently works with a manufacturer on the recyclability of tubes to reduce waste.Technical Specification or Expertise SoughtSmall and Mediumsized Enterprises with innovative, ecological sustainable approaches in health sector Technology Keywords• 02001 - Design and Modelling / Prototypes • 02007020 - Biobased materials • 02007014 - Plastics, Polymers • 02005004 - Packaging for materialsMarket Application Keywords• 05005016 - Environmental Medicine, Social Medicine, Sports Medicine • 06003008 - Other alternative energy • 05004006 - Surgical instrumentation and equipment • 05004004 - Medical instruments • 05007001 - Disposable productsSector GroupHealthType and Role of Partner SoughtType of partner: Suppliers and other innovative SMEs willing to include environmental protection and CO² reduction into their product and process design Role of the partner: Manufacturers of sustainable medical products are sought and strategic partners willing to adapt their product and process design to new environmental challenges. Due to a broad product range environmental friendly alternatives for example: - clinical disposables - infusion bottles - cannulas - plastic items - surgical materials - draping materials - scalpels - dressing materials - electrocardiogram (ECG) cables and so on are sought. Ideally, either existing products should be replaced by new, more sustainable ones, or strategic partners who would like to develop new more sustainable structures and products are sought for cooperation Type of Partnership ConsideredCommercial agreement Supplier agreement, Supplier agreement
니트릴 소재 일회용 장갑의 대안책
Summary네덜란드의 한 중소기업은 니트릴로 만든 일회용 장갑에 대한 지속 가능한 대안을 찾고 있습니다. 이 장갑은 안전 및 위생상의 이유로 사용됩니다. 현재로서는 지속 가능한 대안이 없으며 고품질의 장갑 가공을 위한 옵션도 없습니다. 이것은 청소 업계 뿐 아니라 의료 분야에서도 지속 가능한 대안을 찾고 있습니다. Stage of DevelopmentTRL 7 - Concept StageDescriptionWe use approximately 15 million disposable gloves annually. We are looking for sustainable alternatives for the disposable glove made from nitrile. These gloves are used for safety and hygiene reasons. At the moment there are no sustainable alternatives available and there are no options for high-quality processing of the gloves. This is not only a challenge in the cleaning industry. In healthcare, they are also looking for sustainable alternatives. To comply with the standards mentioned below, gloves are recommended by safety experts and hygienists: • Protects against chemicals according to EN ISO 374-1/Type B and EN ISO 374-2 • Protects against micro-organisms (bacteria and fungi) in accordance with EN ISO 374-5 • The CE mark. Where do you fit in?/What can you contribute? We are open to a broad range of solutions contributing to a more sustainable solution. For example, this could be in the production process or during the period of use. But we are also open to solutions in the field of waste management. When looking for alternatives, we use the 10 R’s circularity ladder (see below). The higher up the ladder, the better. At the top there are solutions to use the glove longer or reduce consumption. But we are also open to a glove made of environmentally friendly material and/or (partly) recycled material, or a glove that can be processed to a high standard after use. What's in it for you? • You can be part of the introduction of a sustainable solution for disposable gloves in cleaning • Once a proven solution has been found, there is a potential large sales market The market for disposable gloves in the cleaning industry is large. A lot of positive impact can be achieved in the field of sustainability. A suitable sustainable solution will most likely be embraced by the entire cleaning industry. We prefer to do a pilot to test the feasibility of the given alternative. When the alternative solution shows good results, there is the possibility to scale up within the industry. IMPORTANT NOTE: This technology request is part of an innovation challenge and is published on an open innovation platform and will close on the 17th of April. If an organization does express interest in collaboration with this company before closing date, it will be guided through this open innovation platform and will be introduced to its moderator and the company's experts. Mind that posts on this platform are not confidential. Next step is that the company will select the SMEs with whom they would like to cooperate in the development of the solution.Technical Specification or Expertise SoughtCreativity and innovation; product development Materials technology; knowledge of hygiene and safety Producers / suppliersCleaning company Waste recycling Technology Keywords6.1.2 Care and Health ServicesMarket Application Keywords5.3.6 Other medical/health related (not elsewhere classified)Sector GroupProximity & Social Economy and HealthType and Size of ClientOtherType and Role of Partner SoughtWhere do you fit in?/What can you contribute? We are open to a broad range of solutions contributing to a more sustainable solution. For example, this could be in the production process or during the period of use. But we are also open to solutions in the field of waste management. When looking for alternatives, we use the 10 R’s circularity ladder (see below). The higher up the ladder, the better. At the top there are solutions to use the glove longer or reduce consumption. But we are also open to a glove made of environmentally friendly material and/or (partly) recycled material, or a glove that can be processed to a high standard after use.Type of Partnership ConsideredCommercial agreement with technical assistanceResearch cooperation agreement
판매 오퍼
'2024 한-독 (2+2) 국제 공동 기술 개발 프로젝트'에 지원하기 위한 한국 파트너 모색
"독일 회사가 '2024 한-독 (2+2) 국제 공동 기술 개발 프로젝트'에 지원하기 위해 한국 파트너를 찾고 있습니다." "독일 회사가 독일에서 진행되는 한-독 연구 지원 프로그램 (Förderung von Vorhaben der strategischen Projektförderung mit der Republik Korea unter der Beteiligung von Wirtschaft und Wissenschaft (2 + 2-Projekte) zu den Themen „Halbleiter und Assistenzrobotik“ - "산업과 학계가 참여하는 한국과의 전략적 프로젝트 지원(2+2 프로젝트) - '반도체와 보조 로봇')에 지원하기 위해 한국 프로젝트 파트너를 찾고 있습니다." 개발 단계 TRL 3 - 제안서 개발 중설명 독일 회사는 보조 로봇에 관한 프로젝트를 제안하며, 다음과 같은 분야에 중점을 두고 있습니다: 협동 로봇: 재난 대응을 포함한 협동 로봇 개발 공공 공간용 로봇: 공공 공간에서 서비스의 효율성과 안전성을 개선하기 위한 로봇 개발 기술 키워드 1.1.1 자동화, 로봇 제어 시스템 1.1.15 반도체 5.6.6 센서/다중 센서 기술, 계측시장 적용 키워드 8.2.4 로봇공학섹터 그룹 기타고객의 유형 및 규모 기타찾고 있는 파트너의 유형 및 역할 한국 파트너의 전문 분야는 다음과 같습니다: 고급 로봇 공학, AI 통합, 센서 기술, 공공 공간 자동화 분야의 전문성 고려 중인 파트너십 유형 연구 협력 계약회사 Enterprise Europe Network (독일)내부 참조 RDR20240003 카테고리 RDR
그린 암모니아 분해 활용 열·수소 생산 시스템
Summary-그린 암모니아 분해 기술을 통한 동력 장치 발전 시스템-암모니아를 동력 장치 연료로 사용하는 시스템DescriptionGreen ammonia production is planned at sites with abundant renewable energy sources as part of an existing joint venture with Icelandic partners. The ammonia is expected to be exported to the EU for use as carbon-free fuel (in e.g. mobility or combined heat and power systems) and carrier of hydrogen. For energy production, high temperature Solid Oxide technology is particularly relevant. Connections to off-takers of green ammonia, green hydrogen or green ammonia and hydrogen mixtures around the North Sea are also being sought. Open to partner up for innovative projects (e.g. Horizon Europe). Technical Specification or Expertise SoughtPartners that want to make their energy system more efficient and sustainable are being sought, as well as partners looking for ammonia sources (mobility or chemical processing). Technology partners with expertise on direct combustion of ammonia for mobility, or alternative ammonia cracking technology are also sought. Technology Keywords04002012 - Other energy related machinery04008001 - Combustion, Flames04002010 - Combined heat and power (CHP) engines004002001 - Fuel cell, hydrogen production04008002 - Fuels and engine technologies Market Application Keywords06003009 - Biomass and Biofuels06010003 - Energy for Industry06003006 - Combined heat and power (co- generation)06007001 - Other energy production06003008 - Other alternative energy Sector GroupRenewable EnergyEnergy-Intensive Industries Type and Role of Partner SoughtPartners are expected to offer commercial agreements for integrating green ammonia-based solutions in their energy system. Purchase agreements on green ammonia are also being sought.SME 50 - 249SME 11-49OtherBig company Type of Partnership ConsideredCommercial agreement with technical assistance
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공공 충전소 기능을 보유한 하이브리드 모듈 가로등
Summary계통연계 필요없이, 태양광과 풍력을 사용하는 원격 제어형 하이브리드 모듈 가로등 Description An Italian company specialized in robotics and renewable energy products developed a streetlight capable of supporting up to 4 photovoltaic panels, a wind turbine and lithium batteries inside (all the electronics are contained in the pole itself that acts as an electrical box). The pole has the possibility of having video surveillance systems (cameras) on board and solutions for recharging e-bikes and e-scooters which means having 220V sockets onboard to power 220V devices related to the world of soft mobility. Another project is to have systems for recharging drones on board, a very useful concept for allowing the recharging of drones in various points of the cities without having to return them to the "base". The development logic is also to create smart islands where the self-sufficient pole (therefore that does not require wiring from the electrical network) can power other 220V devices with limited wiring to the island, having a lot of power onboard. Interested in introducing the technology in new markets the developer is looking for foreign partners having a good knowledge of local market rules and regulations interested in signing a commercial agreement with technical assistance (the Italian company will offer technical support in the technology transfer) or to create a joint venture. Technology Keywords04005004 - Photovoltaics04005008 - Wind energy04001003 - Storage of electricity, batteries Market Application Keywords03001009 - Other electronics related (including keyboards)06003002 - Photovoltaics03001007 - Circuit boards03001008 - Display panels06003003 - Wind energy Sector GroupRenewable Energy Type and Role of Partner Sought Commercial agreement with technical assistance: the company is seeking partners active in renewable energy solutions with a good knowledge of local market rules and regulations and technical support services are offered.Investment agreements for adapting the device to specific market segments and distributing it are sought as well.SME 50 - 249 Type of Partnership ConsideredInvestment agreementCommercial agreement with technical assistance
건물 온도 환경 개선과 CO2 배출 감소 솔루션
Summary건물 전면에 해당 지역 식물군 배치해 CO2 포집 및 실내 온도 환경을 쾌적하게 유지 DescriptionThe northern German enterprise developed an innovative lightweight construction system for building fronts that can be added to most of portfolio properties. The additive building front comes with regional flora which leads to the buildings CO² footprint being reduced, climate in the building is improved and biodiversity in the area is enhanced. Main advantage is the construction systems' ability of being added to portfolio properties, as well as to new buildings which are just under construction. The new and innovative system for building fronts not only enables a transformation towards a more green architecture and construction industry and a sustainable urban development - it also fulfils parts of EU taxonomy. These facades enable planting for vegetation, contribute to comfortable and increasingly energy-efficient climate conditions in- and outside the building as well as to an enriched biodiversity in the direct environment. Once implemented, the system is sustainable in itself and demands an absolute minimum of permanent care. The northern German enterprise is searching for cooperation partners to implement first prototypes. The cooperation partner should be interested in increasing property value and creating quality urban spaces, by supporting biodiversity in a more sustainable and greener direct environment. Technology Keywords002006001 - Building Materials, Components and Methods004006004 - Thermal insulation, energy efficiency in buildings010002001 - Air Pollution/Treatment10002004 - Climate Change mitigation02001 - Design and Modelling / Prototypes Market Application Keywords06006001 - Thermal insulation09007001 - Construction companies009007001 - Construction09007002 - Manufacture of construction materials, components and systems09007003 - Distribution of building products and systems Sector GroupEnvironmentRenewable EnergyConstruction Type and Role of Partner SoughtFor the realisation of the prototype future partners should fulfil at least one of the following criteria: -Impact and sustainability-driven investors-Enterprises located in the building industry and estate economy-Enterprises with commercial premises or warehouses for supporting the project financially and open up partial façade areas to install real time research & development technology A long-term cooperation is appreciated and explicitly searched for. To sum up there are various ways for supportive cooperation: -Financial investors seeking to meet upcoming EU taxonomy on biodiversity, improve their sustainability and limit their CO2 footprint-Supply of own property to implement the prototype, as well as enterprises located in the building and real estate economy UniversitySME 11-49Big companySME 50 - 249SME <=10 Type of Partnership ConsideredCommercial agreement with technical assistanceInvestment agreement
히트펌프와 에어컨용 에너지 절감 부품 개발
Summary최대 30%의 에너지 회수율을 보이는 효율적 통합 냉매 시스템 기술 보유현재 히트펌프 부품 최적화 연구개발을 상호 지원할 파트너 모색 중 Description The German startup focuses on the development of integrated scroll compressors and expanders for cooling and heating systems for domestic applications up to 20kW and is currently part of the AXEL Energy accelerator programme in Germany. Across the EU, heating and cooling account for more than 60 percent of energy consumption, with only a quarter coming from renewable sources. The share of heat pumps in the EU is increasing by >35 percent annually, while the energy demand for space cooling can increase fivefold worldwide by 2050 without more efficient solutions. The compressor as the most expensive part and main driver of greenhouse gas emissions is key to reducing the environmental footprint of heat pumps. Current experiments show that a reduction of energy consumption between 10 and 30 percent could be achieved, when using scroll expanders integrated with the compressors instead of separate expansion valves. Due to the high cost of scroll expanders, this has not yet been made commercially viable for domestic applications. The new method combines various materials and thermal control and aims to achieve superior clearances without CNC-machining thus enabling a reduction in manufacturing cost by as much as 50 percent for the scrolls, placing the compressor-expander system at a similar manufacturing cost as a regular scroll compressor. Additional opportunities for research that are enabled by these innovations are: integration of an economizer, integration of the condenser, oil- free operation, wear-in design, mechanical power-regulation (removing the need for an inverter), and more. The focus market of the compressor expander system is the European heat pump market for residential, with a growth rate of >35 percent yearly. In addition, the electric automotive industry, the global cooling industry as well as the pharmaceutical industry show large market potential. The startup seeks a consortium submitting a proposal under the Horizon Europe call HORIZON-CL5-2023-D3-02-04 (Innovative components and configurations for heat pumps) where they can participate in general optimization of heat pump turbo machinery components, and would like to take over the design, development, and quality management of their integrated compressor-expander system, as well as publication of some related research results such as advanced thermal control of scroll compressors, ceramic based rotor coupling and multi-stage vapour injection. However, they would also consider bilateral co-operations under a technical or investment co-operation agreement. Technology Keywords004002006 - Heat pump, cooling technologies04002007 - Heat pump004002007 - Heating, ventilation04002008 - Cooling technologies Market Application Keywords08004004 - Other pollution and recycling related009007006 - Other construction and building products related06010001 - Energy for private/domestic housing Sector GroupRenewable EnergyConstruction Type and Role of Partner Sought-Type of partner sought: research and venture partners with expertise in:scroll compressor design, material ageing, heat pump design, heat exchanger manufacture, ceramic oil-free bearings, high-precision injection moulding, effects of overexpansion/undercompression in positive displacement pumps and/or polymer-metal and polymer-ceramic hybrid structure overmolding. -Specific area of activity of the partner:1. Manufacturer of heat pumps or heat pump components2. Manufacturer of ceramic bearings 3. Material Science Research Institute 4. Mechanical Engineering Research Institute with previous exposure to scroll compressor development -Tasks to be performed by the partner sought/Expected role of the partner: 1. Design and optimization of manufacturing processes 2. . . Development of subcomponents3. Peer Review of research & development activities 4. Testing of components in the field or in the lab SME 11-49UniversitySME 50 - 249R&D InstitutionSME <=10 Type of Partnership ConsideredCommercial agreement with technical assistanceInvestment agreementResearch and development cooperation agreement
공기·가스 필터링 솔루션 회사가 배출량 감소 신기술 테스트 위한 전략적 파트너 물색
Summary선박 및 항만 장비에 장착해 전체 배출물의 90~98%를 절감할 수 있는 공기·가스 필터링 기술 Description Bulgarian Company, active in the field of air and gas filtering technologies and experienced in technologies to improve the cabin air quality in private jets and ambient air quality for commercial aircraft fleet, is currently developing a new solution for reducing emissions from the maritime industry (ships and port) by 98%. Maritime companies are forced to cut emissions in order to comply with EU requirements and need to choose between options that are either expensive, or cannot retrofit the whole fleet, or incur massive operational costs, or biofuels that compete for scarce agricultural land, or solutions that are not yet fully developed (ex: hydrogen). The new technology will make it possible for shipowners and port operators to keep up to the EU requirements and comply with the Agenda 2050 in an efficient and sustainable way – with low acquisition and operational costs. The solution is by 6-8 times lower in both, the capital and operational expenses compared to the existing solutions such as scrubbers, catalyst, electrification, hydrogen, biofuels and fuel additives. The main advantage of the technology is that it is the only solution, able to collect Black Carbon, Ash, Volatile organic compounds (VOC), Carbon Dioxide (CO2), and other gases simultaneously. The design is modular and fits into one compact body, retrofittable to small, mid-size and large vessel and to any type of port’s equipment, with a life span of 30-40 years. The technology for its Maritime applications is tested in lab, then on a diesel-run forklift, pivoted and is entering its final Pilot stage before available for demonstration. A Pilot would take approximately 5-6 months, including all phases – agreement, customized design and specifications, production, installation, outcome measurement, and assessment. The company is now looking for Strategic partners (ship owners, ship repairing, port operators, diesel engine manufacturers) in Maritime sector to run the First Pilot and to demonstrate the product performance, as well as to assess the business viability in detail. The following types of cooperation are sought: Commercial agreement with technical assistance: Looking to set up an agreement for a Pilot installation where sharing resources is essential, shared Pilot funding (50/50 split), testbed facilities - marine vessel or port equipment). Research and Development Cooperation agreement: Specific technological capacities and expertise are sought for the assessment of the solution and for potential further co- development of a range of products. Investment Agreement: The company is raising equity investment to speed up the Pilot execution and run multiple Pilots simultaneously and to grow. Partners from all countries are welcomed, including countries with traditions in maritime industry Greece, Norway, France, Spain, Portugal, Finland, Sweden, Netherlands, Denmark, Germany, Poland, Estonia and practically every other country. Technical Specification or Expertise SoughtIndustrial partners, capable to provide the testbed marine vessel or port equipment (Ship owners, Shipbuilding, Shipyards, Marine Port Operators, Cruise liners)Partners with capability to assess the solution and potentially further co-develop a range of products Technology Keywords02009011 - Air pollution control for cars and transport10002003 - Capture and Storage of CO2010002001 - Air Pollution/Treatment10002004 - Climate Change mitigation10002002 - Outdoor Air Pollution/Treatment Market Application Keywords08004001 - Air filters and air purification and monitoring equipment08004004 - Other pollution and recycling related Sector GroupMaritime Industries and Services Type and Role of Partner SoughtInvestment Agreement: Role of the partner: Strategic investor (equity capital) Private or Public Investor Port authorities and/ or Industrial companies (Ship owners, Shipbuilding, Shipyards, Marine Port Operators, Cruise liners), able to provide financial assistance for the realisation of the pilot testing; Commercial agreement with technical assistance:Role of the partner: Providing facilities for testing Industrial partners, capable to provide the testbed marine vessel or port equipment (Ship owners, Shipbuilding, Shipyards, Marine Port Operators, Cruise liners) Other potential partners, include: Power Plant, Construction or other company that needs to cut emissions of Black Carbon, Ash, Volatile organic compounds (VOC) and GHG (Green house gasses) Research and development cooperation agreement: Role of the partner: R&D, Technological expertise Partners with capability to assess the solution, potentially further co-develop a range of products, and ideally should have dedicated Sustainability budgets and a team to actively collaborate in a hand-on journey aiming at positive outcome. Investment agreementCommercial agreement with technical assistance Research and development cooperation agreement Type of Partnership ConsideredBig companySME 50 - 249SME 11-49SME <=10R&D Institution
공항과 산업 현장의 전기 관리를 위한 장기 에너지 저장 솔루션
Summary공항과 산업 현장의 전기화 위한 지속 가능한 에너지 장기 저장 솔루션 Description An internationally oriented Dutch SME is experienced in developing long-duration energy storage solutions based on iron flow battery technology. The experiences are realized with proven installations at the biggest airport in the Netherlands and different industrial sites in Europe. The mission of the SME is to accelerate global decarbonization by providing safe, sustainable, long-duration energy solutions that powers communities, industries and businesses with clean, renewable energy anytime and anywhere it is needed. Long-duration energy storage is critical to create a decarbonized smart or micro grid powered by fluctuating renewable energy (wind, solar, biomass). The long-duration energy storage solution is based on the implementation of the iron flow battery technology. The main characteristics for iron flow battery technology are: •The batteries are sustainable, safe, water-based, non-hazardous, fully recyclable at end of life and have a low carbon footprint. 67% lower C02 footprint compared to other battery types. The electrolyte chemistry poses low risks to installers, end users, or the environment. •Proven second generation technology with an operating life of more than 20 years without capacity degradation of the (dis)charge process. Also no self-discharge. •The batteries are composed of earth-abundant iron, salt and water for its electrolyte. Use of earth-abundant resources ensures a secure, reliable supply chain with no reliance upon critical minerals like Lithium, Cobalt and Vanadium. •The batteries can deliver 10-12 continuous hours of energy. •The batteries are scalable both form a power as capacity point of view. •The flow technology stabilizes the grid and enables distributed generation (photovoltaics, wind). Excess renewable production is stored and shifts to delivery of energy to when it is needed. •Easy operation and maintenance that offers unmatched cost, sustainability and guaranteed performance. •Certified technology for grid-connected energy storage systems. The iron flow battery technology results in a more flexible non-lithium storage that is better suited for the grid and the environment. The Dutch SME is looking for commercial agreements with responsible electrification managers at airports or industrial sites. The responsible electrification manager can be a sustainability manager, a project manager, a grid manager or a manager of a small airport or an industrial site. Technology Keywords04001003 - Storage of electricity, batteries Market Application Keywords006005006 - Co-generation06002003 - Power grid and distribution06003010 - Distributed power and grid connection Type and Role of Partner Sought The Dutch SME is looking for commercial agreements with responsible electrification managers at airports or industrial sites. The responsible electrification manager can be a sustainability manager, a project manager, a grid manager, a facilities manager or a manager of a small airport or an industrial site. As described, the function name of the electrification manager may vary depending on the site where the long-durationenergy storage solution is needed. The role of the partner is providing the specification of the requirements and further support to come to electrification and decarbonisation of the local site. Commercial agreement Type of Partnership ConsideredSME <=10
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전력 효율과 출력을 극대화·제어하는 연료전지
Summary폴리머 전해질 탑재한 부스트 연료전지(PEMFC - Proton Exchange Membrane Fuel Cell) DescriptionAn Italian company has developed and patented a new Fuel Cell technology which represents the latest evolution of fuel cells with polymer electrolyte (also known as PEMFC - Proton Exchange Membrane Fuel Cell), and involves a sharp increase in energy yield, taking it from 30% to 70%. This technology allows the controlled oxidation-reduction of hydrogen and oxygen in separate chambers, aimed at theproduction of electricity in the form of direct current. The energy thus obtained can be used for self-consumption, with considerable cost savings by a large user, or for sale on the market by an institutional electricity producer. The proposed technology also allows, thanks to a differentiated management of the supply gases, to increase the performance in terms of efficiency and duration of the PEM fuel cells.The new Fuel Cell technology can be effectively used in the renewable energy supply chain. These energy sources are in fact by their nature inconstant and the excess energy produced when they are operational can be transformed into molecular hydrogen. H2, in turn, can be used in a Fuel Cell in times of need when the renewable source is not available. In addition to renewable sources and water, molecular hydrogen can also be obtained through the reforming process from methane and other hydrocarbons. Companies interested to adopt such a technology and to introduce it in their energy plants or products are sought for commercial agreements with technical assistance. Technology Keywords004002001 - Fuel cell, hydrogen production Market Application Keywords06010003 - Energy for Industry 06009 - Energy Distribution06007001 - Other energy production 06003008 - Other alternative energy Type and Role of Partner Sought The production, storage and reuse of hydrogen in fuel cells allows not to lose the excess peaks of electricity production from renewable sources. Companies interested to adopt such a technology and to introduce it in their energy plants or products are sought for commercial agreements with technical assistance.SME <=10SME 11-49Big companySME 50 - 249 Type of Partnership ConsideredCommercial agreement with technical assistance
이동수단 충전 및 발전기 기능 탑재한 off-grid 자율 발전소
Summary태양광 발전과 수소 연료전지로 구동되는 이동식 발전소 DescriptionAn engineering and services SME designs sustainable ecosystems that produce electricity from renewable energies by relying on PV panels and H2 fuel cell. The SME studies societal and technological impacts of decarbonated mobility or stationary uses on a territory. It develops/manufactures new-generation green electric power station for charging small vehicles in isolated area or supply electricity during ephemeral events instead of using diesel gensets. The SME offers off-grid power station to supply green electricity when access to network is difficult (isolated tourism area) for charging electric vehicles (bicycle, motorcycle, car). It is setup for an event or on a durable basis. It comes pre- assembled and has very short setup/startup time. The station is equipped with electric sockets for recharging vehicles or other uses. Its batteries store green electricity coming from several PV panels on the top or from the fuel cell inside. The H2 canisters are clipped to run the fuel cell. The station has Artificial Intelligence which automatically manages the two renewable sources to charge the batteries, preferably using PV panels when there is sufficient light or secondly using the fuel cell to delay the H2 use. The AI also takes into account the average use of station and the weather data. In case of low ambient temperatures, batteries can be warmed by heat from the fuel cell, allowing them to operate even in cold weather. The SME uses online platform which constantly communicates with the implemented station for data monitoring/analysis, H2 fuel cell consumption is monitored. In case of problem, it can perform maintenance remotely. The SME makes interchangeable H2 filled canisters available to its partner and evaluates the possibility in the future of equipping station also for the direct filling of H2 cars. The SME seeks partners interested in implementing stations temporarily (rent) or permanently (purchase) under commercial agreement with technical assistance. Technology Keywords04001003 - Storage of electricity, batteries 02009002 - Hybrid and Electric Vehicles02009026 - Energy supply system04001006 - Transport and storage of hydrogen 02009016 - Charging system Market Application Keywords 06003008 - Other alternative energy 06003002 - Photovoltaics09001007 - Other transportation07005006 - Other consumer services (including photo processing) 09003007 - Other services (not elsewhere classified) Sector Group Renewable Energy Type and Role of Partner SoughtThe partner could have various reasons of using this new-generation of green power station for example to evaluate their local client needs in terms of electricity demand users in a specific area before investing heavily in new infrastructures or, to recharge daily their fleet of small electric vehicles in fairly isolated tourist areas or, to supply electricity during ephemeral events. The partner could be a private or public organisation (company, municipality, event organiser, tourism office...) with needs to implement a station temporarily (rent) or permanently (purchase). The French company fits out a station, provides technical support and maintenance activities. In addition, the SME supplies the partner with filled H2 canisters to operate the fuel cell.SME 50 - 249 Big companySME <=10SME 11-49 Type of Partnership ConsideredCommercial agreement with technical assistance
항만 물류 작업용 친환경 전기 공급
Summary재생 가능 수소에서 탈탄산 전기를 생산하기 위한 연료 전지, 수소 탱크 및 전력 팩으로 구성된 소규모 전력 시스템 DescriptionMajor ports in some cases required to meet zero carbon emissions and equip with connected material to work faster. To reduce as far as environmental impact, the French company developed a solution hydrogen and genset technically viable. Their systems are made up of 3 main parts: -Fuel Cell: Electrical energy is produced from H2 gas via Fuel Cell (alone 5kW or in series in series up to 20 kW). The systems have been designed to warrant 24/7 availability to the user network during the operating period.-H2 tank:The removable and connected tank contains 700g of hydrogen meaning an electrical energy equivalent of 12kWh. Possibility to put tanks in series. Its function is to supply the fuel cell. The sensors communicate in real time on their server: position, temperature, filling level. A generation of alarms in the event of a parameter being exceeded is communicated immediately. -Batteries and inverter DC/DC:Electrical energy storage system and an electrical conversion system. The function of electrical energy storage is to enable the genset or the power pack to periodically deliver to the user’s system greater than the power that can be supplied by the fuel cell alone within the capacity of the conversion and transformation systems. The French company is looking for partners willing to enable emission-free logistics and handling. Commercial agreements with technical assistance are sought with seaports aiming at achieving their sustainable CO2 emission reduction targets. Technology Keywords10002007 - Environmental Engineering / Technology 004006001 - Energy management04002005 - Generators, electric engines and power converters04005004 - Photovoltaics 004002001 - Fuel cell, hydrogen production Market Application Keywords06008 - Energy Storage06003008 - Other alternative energy06009 - Energy Distribution08002001 - Energy management 06010002 - Energy for the community/public sector Sector GroupEnvironmentRenewable Energy Type and Role of Partner SoughtThe partner should be a seaport supporting decarbonisation of logistics and handling. The power pack (mobile) or the genset (stationary) can be purchased or leased by the partner under a commercial agreement with technical assistance. The French company can help with the implementation and maintenance activities.SME 50 - 249Big company Type of Partnership ConsideredCommercial agreement with technical assistance
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