Onshore renewables
Onshore renewables
Onshore renewables refer to renewable energy technologies that are developed and operated on land to generate low-carbon electricity. These typically include onshore wind farms, solar photovoltaic (PV) plants, battery energy storage systems, small-scale hydro, and biomass facilities. Onshore renewable projects are usually connected to electricity transmission and distribution networks and play a critical role in decarbonising the energy system, improving energy security, and supporting the transition to a more flexible and resilient power network.
Onshore renewables
Onshore renewables refer to renewable energy technologies that are developed and operated on land to generate low-carbon electricity. These typically include onshore wind farms, solar photovoltaic (PV) plants, battery energy storage systems, small-scale hydro, and biomass facilities. Onshore renewable projects are usually connected to electricity transmission and distribution networks and play a critical role in decarbonising the energy system, improving energy security, and supporting the transition to a more flexible and resilient power network.
- Enersys plays a key role in supporting the successful development and grid integration of onshore renewable energy projects, including wind, solar photovoltaic (PV), and battery energy storage systems. Our involvement spans the full early-stage lifecycle, helping clients navigate technical, regulatory, and operational challenges from project inception to pre-construction readiness. By providing specialist technical advisory, we help developers, investors, and network operators make informed decisions, de-risk projects, and ensure compliance with grid requirements.
- For onshore wind projects, Enersys offers services across feasibility, grid connection, and technical design. Early-stage support includes site assessment, resource evaluation, connection optioneering, and system strength analysis. As projects progress, we conduct detailed power system studies such as load flow, short-circuit, stability, harmonics, and protection coordination, ensuring turbines and associated infrastructure are technically compatible with the local transmission and distribution networks. We also provide design review and technical assurance of substations, collector systems, and overhead or underground network connections, helping projects move to construction with confidence.
- In the solar PV sector, we support both large-scale utility projects and distributed generation connected to transmission and distribution networks. Our services include network impact studies, voltage performance assessment, protection and control design, and integration of energy storage solutions to optimise grid performance. We work with developers and investors to assess technical viability, prepare grid connection applications, and provide operational strategies for maximising energy yield while ensuring network reliability and compliance.
- For battery energy storage systems (BESS), Enersys provides expertise in both standalone and hybrid applications with renewables. Our advisory covers sizing and siting, power electronic modelling, grid-forming and grid-following control interactions, short-term and long-term system stability, protection schemes, and harmonics. We also support integration with wind and solar plants, enabling projects to deliver ancillary services such as frequency response, voltage support, and peak shaving.
- Across all technologies, Enersys tailors its services to the specific needs of different clients at different project phases. For developers, we provide feasibility, optioneering, and detailed technical design. For investors, we deliver independent technical due diligence and risk assessment. For network operators, we offer grid impact analysis, compliance reviews, and interface management. This flexible, end-to-end approach ensures that onshore renewable projects are technically robust, commercially viable, and aligned with the transition to a low-carbon, resilient electricity system.
- Enersys plays a key role in supporting the successful development and grid integration of onshore renewable energy projects, including wind, solar photovoltaic (PV), and battery energy storage systems. Our involvement spans the full early-stage lifecycle, helping clients navigate technical, regulatory, and operational challenges from project inception to pre-construction readiness. By providing specialist technical advisory, we help developers, investors, and network operators make informed decisions, de-risk projects, and ensure compliance with grid requirements.
- For onshore wind projects, Enersys offers services across feasibility, grid connection, and technical design. Early-stage support includes site assessment, resource evaluation, connection optioneering, and system strength analysis. As projects progress, we conduct detailed power system studies such as load flow, short-circuit, stability, harmonics, and protection coordination, ensuring turbines and associated infrastructure are technically compatible with the local transmission and distribution networks. We also provide design review and technical assurance of substations, collector systems, and overhead or underground network connections, helping projects move to construction with confidence.
- In the solar PV sector, we support both large-scale utility projects and distributed generation connected to transmission and distribution networks. Our services include network impact studies, voltage performance assessment, protection and control design, and integration of energy storage solutions to optimise grid performance. We work with developers and investors to assess technical viability, prepare grid connection applications, and provide operational strategies for maximising energy yield while ensuring network reliability and compliance.
- For battery energy storage systems (BESS), Enersys provides expertise in both standalone and hybrid applications with renewables. Our advisory covers sizing and siting, power electronic modelling, grid-forming and grid-following control interactions, short-term and long-term system stability, protection schemes, and harmonics. We also support integration with wind and solar plants, enabling projects to deliver ancillary services such as frequency response, voltage support, and peak shaving.
- Across all technologies, Enersys tailors its services to the specific needs of different clients at different project phases. For developers, we provide feasibility, optioneering, and detailed technical design. For investors, we deliver independent technical due diligence and risk assessment. For network operators, we offer grid impact analysis, compliance reviews, and interface management. This flexible, end-to-end approach ensures that onshore renewable projects are technically robust, commercially viable, and aligned with the transition to a low-carbon, resilient electricity system.
