Our in-house design team comprises of more than two dozen of talented pool of engineers including solar, module, geotechnical, structural, EHV system and CMS experts. Our impeccable design philosophy ensures that we keep ourselves abreast with the latest trends in technology in all aspects of engineering, whether it is component or analysis tools, to help select the most optimal components and systems for our projects. Further, the complete engineering design process is driven through SOPs...
At the core of our philosophy lies:
A meticulous selection of land is done through an extensive study Assessment of evacuation is deliberated through load flow studies as well as physical assessment of remote substations, right of way, etc Land boundary finalisation is done by qualified surveyors and latest tools such as DGPS (differential GPS) Plant topography is done by a drone-based system Geotechnical engineering is conducted by a qualified agency Critical due diligence in module selection including its quality process, inspections, in process quality control, internal quality control, etc High quality equipment and vendor selection Tendering and detailed engineering in-house for preparation, development and review of all engineering drawings, calculations, etc
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Best engineering practice standards followed by our project team ensures:
Due diligence (DD) across stages of project development
Product and vendor credentials assessment Guaranteed parameters Equipment MTTR (mean time to repair) MTBF (mean time between failure) Type tests report We associate with ONLY reputed vendors and EPC contractors Vendors are selected based on the finalised design concepts and subsequent executionA state-of-the-art central monitoring system aces our performance management capabilities as:
The projects can be tracked in real time Intricate details such as the wind speed, the reactive power, nacelle direction, pitch rotation etc can be monitored Power generation prediction as well as analysis can be done It facilitates system analysis and inventory control
In our journey from an Independent Power Producer in renewable energy to becoming a cleantech entity, we have invested extensively on research and adapted to the latest cutting-edge innovations.
We are continually exploring possibilities across:
Hybrid of solar, wind, and energy storage
Floating Photovoltaics Drone based diagnostic tools for site development, planning & construction as well as maintenance inspections
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Use of AI for real time monitoring and output optimisation
Smarter solar cleaning cycle assessment device design
Agri-Voltaics which co-develop the same area of land for both solar photovoltaic power as well as for agriculture
Innovative piling techniques for offshore wind turbines
Design developments for solar tree and solar artefacts
Designed cable trays, walk-ways, ballasts in Rooftop projects
Non-penetrating type solutions on industrial sheds
The company has created an asset base of ~ 1GW of operational and under construction utility scale wind projects. In our journey from an Independent Power Producer in renewable energy to becoming a cleantech entity, we have invested extensively on the state-of-the-art central monitoring system which aces our performance management capabilities. Our strong sense of design, pool of talented engineering professionals and adherence to HSE norms contribute majorly to this success.
State wise power capacity of projects (MW)
The company has created an asset base of ~ 1.5GW of operational and under construction utility scale solar projects. Our complete engineering design process is driven through SOPs. Our in-house design team includes engineers and experts in solar, module, geotechnical, structural, EHV system and Central Monitoring System (CMS). Our impeccable design philosophy, best engineering practices and faster adoption of futuristic technologies ensures that HFE emerges as a leading player in the renewable industry scenario globally.
State wise power capacity of projects (MW)
Over a short span of time, the company has developed a pipeline of ~500MW of large-scale grid connected solar projects across Europe (including the UK) and Asia (including Bangladesh, Singapore, Vietnam, Philippines and Indonesia). Our complete engineering design process is driven through SOPs. Our in-house design team includes engineers and experts in solar, module, geotechnical, structural, EHV system and Central Monitoring System (CMS). Our impeccable design philosophy, best engineering practices and faster adoption of futuristic technologies ensures that HFE emerges as a leading player in the renewable industry scenario globally.
The current portfolio includes 1.2GW of wind and solar power and an additional 1.5GW under construction or planned. The Company has a 2022 growth target of 5GW of installed and operating capacity. As the global economy continues to grow and demand cleaner power, HFE will assist its clients in reducing their dependence on power generated by fossil fuels like coal, oil and natural gas to fight back against climate change. Alongside traditional renewable projects of solar and wind, HFE will look to deliver futuristic renewable energy projects utilising new technologies including battery storage and floating solar.
Over a short span of time, the company has developed a pipeline of ~500MW of large-scale grid connected solar projects across Europe (including the UK) and Asia (including Bangladesh, Singapore, Vietnam, Philippines and Indonesia). Our complete engineering design process is driven through SOPs. Our in-house design team includes engineers and experts in solar, module, geotechnical, structural, EHV system and Central Monitoring System (CMS). Our impeccable design philosophy, best engineering practices and faster adoption of futuristic technologies ensures that HFE emerges as a leading player in the renewable industry scenario globally.
The company has created an asset base of ~ 1GW of operational and under construction utility scale wind projects. In our journey from an Independent Power Producer in renewable energy to becoming a cleantech entity, we have invested extensively on the state-of-the-art central monitoring system which aces our performance management capabilities. Our strong sense of design, pool of talented engineering professionals and adherence to HSE norms contribute majorly to this success.
State wise power capacity of projects (MW)
The company has created an asset base of ~ 1.5GW of operational and under construction utility scale solar projects. Our complete engineering design process is driven through SOPs. Our in-house design team includes engineers and experts in solar, module, geotechnical, structural, EHV system and Central Monitoring System (CMS). Our impeccable design philosophy, best engineering practices and faster adoption of futuristic technologies ensures that HFE emerges as a leading player in the renewable industry scenario globally.
State wise power capacity of projects (MW)
Over a short span of time, the company has developed a pipeline of ~500MW of large-scale grid connected solar projects across Europe (including the UK) and Asia (including Bangladesh, Singapore, Vietnam, Philippines and Indonesia). Our complete engineering design process is driven through SOPs. Our in-house design team includes engineers and experts in solar, module, geotechnical, structural, EHV system and Central Monitoring System (CMS). Our impeccable design philosophy, best engineering practices and faster adoption of futuristic technologies ensures that HFE emerges as a leading player in the renewable industry scenario globally.
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HFE’s strong corporate governance and professional management makes us a preferred partner for stakeholders including investors and lenders. IFC’s commitment to Hero Future Energies as an investor and further as a lender is a testimony to our values. We have been rated AA-/A1+ by Crisil for our long-term loan /Letter of Credit and bank guarantee facilities /commercial paper. Our lenders have been instrumental in trusting us and helping us create value across the platform.
Consistently winning National Awards for Excellence in the renewable energy category throughout the years, we have been proud achievers of prestigious awards such as
Dun & Bradstreet Infra Awards, declared winner under Renewable Energy - Wind segment for 100 MW Wind Energy Plant at Ratlam, Madhya Pradesh, 2017
Best Project Finance Deal of The Year, for WISH project in Karnataka, at the Green Finance Award 2018
Golden Peacock Occupational Health & Safety Award, for HFE’s commitment to workplace health and safety conditions at the Institute of Directors’-20th Annual World Congress, 2018.
Performance Excellence Award by Confederation of Indian Industries (CII), for HFE’s Clean Wind Power Ratlam and Clean Solar Power Dhar projects 2018
Being a responsible and dynamic entity, Hero Future Energies (HFE) has a structured Occupational Health & Safety (OH&S) policy explicitly for employees at project sites as well as corporate offices. We have incorporated the latest national and international statutory as well as regulatory requirements in our well defined “HSE Way” - an internal safety guide to approach all kinds of business operation. We ensure commitment and compliance of OH&S policy at three identified levels of the supply chain i.e. principal contractor, subcontractor and visitor.
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Hazard Identification and Risk Assessment (HIRA) tool is used to assess which hazard poses the greatest risk in terms of likelihood of their occurrence and their potential impact, across our project sites. All significant risks are then addressed through operational control procedure & management programs. The effectiveness of control measures are monitored through periodic audits. In case of disparities we have a grievance redressal policy that promotes healthy employee worker relationship by providing a predictable, transparent, and credible process to all stakeholders. Under the guidance of our investor, International Finance Corporation, India (an arm of the World Bank Group) and in consultation with a third party, we have developed an Environmental and Social Management System (ESMS) for our wind/solar sites.
