Archive
(1,294 Total Articles)Every story we have published, newest first.
Page 6 of 12.
Texas has become a major center for renewable power production, underscoring how state-level policy, land availability, and grid buildout can quickly reshape the U.S. clean-energy map. The shift matters for decarbonization and for the economics of utility-scale wind and solar, especially in a market with heavy electricity demand.
Invenergy’s partnership with HASI points to continued capital formation for large U.S. renewable portfolios. Deals like this matter because they help move projects from pipeline to buildout and support scaling of solar and wind capacity with lower financing friction.
Rhode Island Energy is buying wind-generated electricity from a project in Maine, showing continued cross-state contracting for clean power in New England. Deals like this help utilities meet supply needs with lower-carbon generation while supporting financing for regional wind development.
Albuquerque is moving closer to its 100% renewable electricity goal, with private-sector support aimed at closing the remaining gap. The story points to continued demand for utility and project-side help as cities try to convert clean-energy targets into actual supply.
Pasadena Water and Power is being recognized for how it sourced renewable electricity, which points to utility-led procurement as a practical lever for cutting emissions without building a new power plant. Awards like this matter because they signal that clean-power buying is becoming a normal part of municipal utility strategy, not a side program.
The story is about a battery storage plant in Harlingen connecting to the electric grid. That points to local grid support and a concrete storage deployment that can help manage peaks and improve reliability.
Consumers Energy is signaling a much larger long-term buildout of wind, solar, and battery storage in Michigan. If this roadmap moves into execution, it would add scale to the state’s clean-power fleet and support deeper decarbonization while increasing the need for grid upgrades and flexible storage.
Maine has approved a large new wind project, adding another utility-scale renewable buildout in a state that is trying to lower power costs and expand clean generation. The potential savings for ratepayers suggest the project matters both for decarbonization and for the economics of long-term electricity supply.
Albuquerque is adding a modest solar buildout across multiple city sites through a partnership structure, which points to distributed public-sector procurement rather than a single large plant. The project should cut municipal power emissions and shows how cities are using on-site solar to chip away at electricity costs and carbon exposure.
Eight solar projects would add enough clean electricity to move Albuquerque to a 100% renewable supply target. The story points to utility-scale solar as a practical path for municipal decarbonization and local power planning, with implications for procurement, grid integration, and long-term energy costs.
Repurposed EV batteries are moving from a storage concept to active grid support in ERCOT. The story points to a practical path for extending battery value, reducing waste, and adding flexible capacity to a power market that needs more short-duration balancing resources.
The deal adds another large module supply agreement to the US solar pipeline and points to continued demand for imported or contracted panel supply from major developers. It supports utility-scale solar buildout and shows how module procurement remains central to project execution and cost control.
The piece appears to review long-run evidence on whether nearby wind and solar projects hurt residential property values. That matters for siting and permitting because real-estate concerns often shape local opposition more than the projects' actual power output does.
This is a battery storage delivery story in ERCOT, and the short build timeline suggests the project moved from execution to operation quickly. It points to faster deployment capability in a market where storage is becoming a practical tool for balancing the grid and supporting power-market participation.
The piece looks back at an earlier moment when Colorado had real momentum around renewable energy and asks why that momentum did not carry through. For today's market, it points to the role of policy consistency and long-term state support in whether clean-energy adoption keeps advancing or stalls.
A camera study of a tidal turbine in Washington adds a small but useful data point on how marine life interacts with in-water power equipment. The main takeaway is that site conditions and animal behavior matter for environmental risk assessment as tidal power moves from concept toward real deployment.
Equinor has brought a 100 MW battery storage project in Texas into commercial operation. The development adds grid flexibility in a fast-growing storage market and points to continued utility-scale deployment in a state where balancing intermittent power supply is becoming more important.
Portland's landfill solar array shows how low-use or remediated municipal land can be turned into operating clean-energy assets. The project is small, but it points to a practical model for cities that want to add solar without competing for open land or large new infrastructure.
The story says federal rollbacks under Trump have carried a large economic cost and that the damage is still accumulating. That points to slower clean-energy deployment, higher uncertainty for investors and developers, and a weaker policy backdrop for solar, wind, storage, and related domestic manufacturing.
Maine’s offshore wind plans have cleared a major regulatory hurdle, with approval for 800 MW of turbines and a multistate transmission line. The decision matters beyond the state because it advances large-scale wind buildout and the grid connections needed to move power across New England.
Indiana research suggests large solar projects do not reduce nearby home values. That matters for project siting and local permitting, since property-value concerns are a common point of opposition to utility-scale solar.
Arizona’s rise in battery storage capacity signals a broader shift in where grid-scale storage is getting built in the U.S. The change points to growing demand for flexibility on the power grid as more solar comes online and utilities look for ways to manage peak demand and reliability.
Washington state is reviewing the broader impacts of battery storage, which suggests closer scrutiny of siting, safety, and grid effects as storage deployment grows. For developers and utilities, that can shape permitting timelines and the pace at which batteries support renewable integration and reliability.
A US startup plans to combine battery storage with a large gas-fired power plant, pointing to a hybrid approach for balancing grid output and improving reliability. The pairing reflects continued demand for firm capacity while storage is used to manage peaks and support more flexible dispatch.
An Oregon ruling that a battery project was wrongly blocked points to the land-use and permitting friction that can slow storage deployment even when projects are meant to support the grid. The decision matters because battery buildout depends not only on technology and financing, but also on local approval processes that can delay added flexibility and reliability.