Planning, Designing and Operating Microgrids

Just putting solar PV panels, batteries, chargers and generators out there and saying this is the size you need because this is how much you consume, isn't going to get you what you want. You have to be mindful of how these systems are going to get orchestrated together.

Effective operations and monitoring of distributed energy resources

Large-scale DER installations are undoubtedly a positive addition to the energy network, but their integration and management is more complex than that of individual, smaller scale DERs.

Solar EV Charging to Bypass the Grid: A US$2.5 Billion Market by 2034, Says IDTechEx

The South African utility grid is subject to frequent load-shedding, periods when demand exceeds supply, and utility operators are forced to impose rolling black or brownouts of up to 50% capacity.

Puerto Rico Can Reach Its 100% Renewable Energy Goal by 2050

NREL Led PR100 Study That Modeled Possible Scenarios Built on Stakeholder Priorities of Energy Affordability, Resilience and Reliability, Land Use, and Economic Benefits

Mini-grid for extended family - NZ Homestead gets private power

The power supply at Tim and Fiona's homestead in Auckland, New Zealand is distributed from a micro grid which serves their extended family of eight, across three tiny homes, the main residence, and large workshop.

What's in store for the electric grid this winter?

While the forecast for record cold creates potential for further strain on an already vulnerable electric grid, this past summer has shown that renewables and battery storage can be leaned on to stabilize the grid.

The Role of HVDC in the Energy Transition

HVDC is a transmission system that uses direct current (DC) for the transfer of power over long distances. As remote offshore windfarms and the grid are often far apart, HVDC enables effective transmission due to its uniform current density throughout the line.

Is it make or break time for the UK's energy transformation?

Could the lagging investment in the energy grid be one of the greatest problems facing the UK's infrastructure today? Suzanna Lashford from Vattenfall Networks shares her thoughts.

Three Reasons to Avoid Self-Integration of Battery-based Energy Storage Systems

In our latest blog, our experts share some valuable insights on why avoiding self-integration of battery-based energy storage systems is the best approach for long-term success.

Shungnak, Alaska Microgrid Offsets Costly Diesel for the Village

The solar and energy storage system offset the fuel consumption of the diesel generators, reducing sound and carbon pollution and lowering the overall cost of energy for the community.

China's Largest Stand-alone Energy Storage Station with Hithium LFP Battery Inside has Gone Live

This project is a great example of finding the best available technology at the best value, in order to answer the technical challenges the grid is faced with when delivering a net zero energy sector.

Solar Integrators and Utilities Need to Work in Tandem to Improve Grid Stability

By connecting renewable generation to smart energy storage systems that are swarm controlled as part of a VPP, we can enable the next step in grid intelligence and help support the energy transition.

Determine Primary Side of Transformer in Solar PV Applications

In the PV/Solar grid-tie applications the primary side of transformer is often incorrectly identified as the side connected to the solar inverter. In practice; the transformer will initially be energized from the side tied to the facility/utility grid.

Landmark Demonstration Shows How Common Wind Turbine Can Provide Fundamental Grid Stability

NREL Uses Advanced Grid Research Environment for First-Ever Example of Type-3 Turbines Using Grid-Forming Controls

NREL Researchers Point Toward Energy Efficiency Instead of Long-Term Storage

As more communities plan to eventually rely on 100% renewable energy, the researchers offer a strategy that could guide their paths-one that shifts away from long-duration storage.

Records 1 to 15 of 30

Next | Last

Featured Product

U.S. BATTERY RENEWABLE ENERGY SERIES DEEP CYCLE BATTERIES

U.S. BATTERY RENEWABLE ENERGY SERIES DEEP CYCLE BATTERIES

Our RE Series batteries are designed to provide the highest peak capacity, longest cycle life, and greatest reliability for use in industrial or residential renewable energy applications. Renewable Energy Series batteries utilize the company's exclusive XC2™ formulation and Diamond Plate Technology® to create the industry's most efficient battery plates, delivering greater watt-hours per liter and watt-hours per kilogram than any other flooded lead-acid battery in the market. Our Deep Cycle batteries are engineered to work with solar panels as well as other renewable energy applications.