MW ENERGY LLC
Why Solar?
Solar is clean, renewable, cost-saving.
Why Choose Solar Energy?

For many years, most people have relied on the traditional power grid for electricity. However, during extended outages, this reliance can lead to a sense of helplessness. With a solar system equipped with energy storage, you can continue generating electricity even in emergencies. If you live in an area with an unreliable power grid or frequently face severe weather, like typhoons, a solar energy storage system is essential.
Public electricity also limits those who seek off-grid living, such as in remote or mountainous regions. Solar energy enables power generation in areas where traditional power transmission is challenging, offering complete energy independence—a true form of liberation.
As electricity costs continue to rise, solar energy provides a long-term, lower-cost solution by harnessing renewable resources. It also makes low-carbon living a reality. Solar energy is sustainable because sunlight is constantly replenished and available every day. By using solar power, we can meet our energy needs without depleting Earth’s natural resources, ensuring a cleaner future for generations to come.
Why Energy Storage?
Energy storage optimizes solar systems by storing excess energy, ensuring reliable power even during outages or when the sun isn’t shining, providing energy independence and stability.
In areas with unreliable power grids or severe weather, energy storage ensures uninterrupted electricity. It also supports off-grid living, delivering consistent power in remote locations.
Beyond reliability, energy storage improves system efficiency, reduces reliance on fossil fuels, and lowers energy costs over time. It’s a forward-thinking, sustainable solution that promotes a resilient, low-carbon future for both residential and commercial users.
States Regulations
On May 18, CAISO approved its draft transmission plan that showcases a more proactive and strategic approach to transmission planning. The plan identifies 45 projects for system extension and upgrades over the next 10 years, with an estimated cost of US$7.3 billion. CAISO has designed the projects to support the over 40 GW of new resource development identified by the CPUC so the state can meet their clean energy goals. This year’s planning approach centers on identifying designated geographic zones that make economic sense for additional transmission, enabling deliverability and access to resource adequacy contracts. CAISO will give priority to interconnection queue requests located within these zones. CAISO affirms that the transmission projects enable critical resource development, such as 17 GW of solar across the state, as well as access to colocated storage projects and standalone storage closer to major load centers.
In late May 2023, the California Senate Budget Committee proposed a US$400 million investment in the Budget and Fiscal Review to bolster the newly formed community solar and storage program. Assembly Bill 2316 was passed last year, establishing the process for a community solar program. The CPUC is designing the program requirements and we expect additional guidance this summer. The funding is said to be a much-needed investment and will make California more competitive for securing funding from the ‘Solar for all’ US$7 billion federal fund.
In May, Southern California Edison (SCE) began testing a residential incentive program that aims to have 2,400 homes installed with batteries for a total of 12.2 MW. The New Home Energy Storage Pilot is meant to team batteries with Title 24’s building standards that mandate solar panels for new homes. The incentive would go directly to the building developer rather than the homeowner for the upfront cost for batteries paired with solar in SCE’s service territory. Other program requirements include the project meeting the same criteria outlined in California’s SGIP. For the homeowner, these systems would be classified under NEM 3.0, which is much more beneficial for solar paired with storage. Additionally, the homeowner can immediately use the backup power source and have the cost rolled into regular house payments.
Hawaii House Bill 2685 introduces the Solar Hui Program, a groundbreaking initiative aimed at promoting solar energy adoption among multi-family residential property owners and low- to moderate-income households. The bill enables property owners to invest in a solar energy fund that not only helps finance renewable energy projects but also offers financial benefits, such as tax credits and income from energy generation. By participating, property owners can support Hawaii’s transition to renewable energy while potentially earning returns on their investment. This program is specifically designed to make solar energy more accessible to households that might otherwise be unable to afford it, addressing both environmental sustainability and energy equity.
Central to the bill is the creation of the Solar Hui Investment Fund, which will offer low-interest loans to qualifying households to install solar energy systems. The fund will receive investments from property owners, appropriations from the legislature, and income from energy projects. It will be used to finance solar installations, cover administrative costs, and support energy projects that align with Hawaii’s goal of reducing reliance on fossil fuels. By lowering the financial barriers to solar energy, the fund will encourage broader adoption of clean energy, particularly among underserved communities.
To ensure the effective management of the program, the bill establishes a Solar Hui Program Fund Manager position within the Hawaii Green Infrastructure Authority. This individual will manage the program, promote it to property owners, and select qualified solar contractors for installations. Additionally, rules will be developed to guide the program’s operations. By making solar energy more accessible and affordable, House Bill 2685 positions Hawaii to lead in renewable energy adoption while supporting economic equity for low- and moderate-income households. This initiative aligns with Hawaii’s broader sustainability and clean energy goals for the future.
In May 2024, the Virginia State Corporation Commission (SCC) directed Appalachian Power Company to revise its net metering program. Under the proposed changes, residential customers generating excess electricity would be compensated at the utility’s avoided cost rate of $0.0492 per kilowatt-hour (kWh) instead of the current retail rate. This adjustment reflects a shift toward lower compensation for solar energy producers, aligning payments with the cost that Appalachian Power avoids by not generating or purchasing the same amount of electricity.Existing net metering customers, however, would be grandfathered under the current 1:1 rate structure, meaning they would continue receiving compensation at the retail rate for any excess electricity they generate. This protection would apply only if the proposed changes are approved.
Appalachian Power filed its petition with the SCC on August 30, 2024, and the proposal is now under review. If approved, the new compensation structure would impact future solar customers, potentially lowering the financial incentives for homeowners to install solar systems. This change follows broader trends in the energy industry, where utilities are shifting to avoided cost rates to better reflect the economic value of distributed solar energy to the grid. Proponents argue that these rates more accurately represent the cost savings to utilities, while critics suggest that lower compensation could slow the growth of residential solar installations.
The decision is significant for Virginia’s energy landscape as it could set a precedent for other utilities in the state, potentially influencing net metering policies statewide. The outcome of the SCC’s review will determine how future solar customers in Appalachian Power’s service area are compensated for their contributions to the grid.
The Maryland Energy Storage Initiative (MESI) Workgroup has released its Phase I final report, outlining next steps for achieving the state’s energy storage targets. The report proposes three behind-the-meter (BTM) options for energy storage device (ESD) deployment: state-managed incentives to expand Maryland Energy Administration (MEA) programs, utility-funded incentives through rates or surcharges, and a utility lease program modeled after Vermont’s Zero Outages Initiative, where utilities manage homeowner contracts.The MESI, created by a 2023 law, tasks the Public Service Commission (PSC) with setting targets for new energy storage capacity and creating programs to meet those goals. The state’s energy storage capacity targets include 750 MW by 2027, 1,500 MW by 2030, and 3,000 MW by 2033. These goals aim to boost Maryland’s renewable energy adoption and grid reliability.
To meet these ambitious targets, the MESI report emphasizes the need for state and utility collaboration, innovative funding mechanisms, and robust incentive programs. The recommendations provide a roadmap for Maryland’s energy storage development, leveraging existing programs like EmPOWER Maryland and the DRIVE Act to enhance energy storage capacity across the state.
The Oregon Department of Energy (ODOE) has awarded nearly $18 million to 34 recipients under the Community Renewable Energy Grant Program (CREG). This funding supports the planning and development of renewable energy and resiliency projects aimed at Tribes, public bodies, and consumer-owned utilities across Oregon. Out of the 34 recipients, 22 plan to develop solar energy systems paired with storage. For example, the City of Eugene will install a 120 kW photovoltaic system alongside 440 kW of storage, while the City of Pendleton will implement a 500 kW system paired with a 1,100 kWh battery energy storage system and microgrid. These projects focus on enhancing energy resilience, ensuring local communities have access to reliable renewable energy. The first round of awards was announced in September 2024, with additional rounds expected in 2025.
The Community Renewable Energy Grant Program, created under HB 2021, has a budget of $64.73 million allocated for competitive grants to support renewable energy and resilience projects. The program prioritizes Tribes, public bodies, and consumer-owned utilities while emphasizing underserved communities. Grant recipients may use the funds to plan and construct various renewable energy initiatives such as solar and wind projects, energy storage systems, electric vehicle (EV) charging stations, and microgrids.
Collaboration is a key aspect of the Community Renewable Energy Grant Program, with projects designed to foster partnerships between public entities, community groups, non-profits, and businesses. By incentivizing partnerships, the program not only ensures the sustainability of energy projects but also encourages community engagement and inclusion. The program’s focus on energy resilience is critical for addressing potential vulnerabilities in Oregon’s energy infrastructure, particularly in the face of increasing climate-related disruptions. The pairing of renewable energy generation with energy storage systems is particularly significant, as it allows communities to store excess energy for use during periods of high demand or in emergency situations. This integrated approach strengthens Oregon’s energy independence while fostering a cleaner and more sustainable energy future.
TXU Energy has launched the TXU Energy & Sunrun Battery Rewards program, a virtual power plant (VPP) initiative that allows customers to earn rewards for participating. Customers with existing Sunrun solar and storage systems can enroll in the VPP and receive $200 annually in prepaid digital rewards cards, with $100 provided every six months. Participants retain at least 20% of their battery capacity for backup use during outages. Enrollment is open to any TXU Energy plan with an activated Sunrun solar and battery system, and additional benefits are available through solar buyback plans.This program offers a unique opportunity for customers to benefit from their solar energy systems while supporting the grid. By participating in the VPP, customers allow TXU Energy to use excess energy stored in their batteries to support the overall energy network, particularly during peak demand periods. In exchange, participants are financially rewarded while maintaining reliable backup power for their own needs.
Combining this rewards program with a solar buyback plan enhances the overall value for solar customers. With the buyback plan, participants can sell their excess solar energy back to the grid, further offsetting their energy costs. This approach not only benefits the participants but also contributes to a more resilient and sustainable energy system. The TXU Energy & Sunrun Battery Rewards program aligns with the broader trend of integrating distributed energy resources into the energy grid, creating a win-win for customers and the energy infrastructure.
This program exemplifies how homeowners with solar and storage systems can actively engage with the energy grid, earn rewards, and enhance their energy independence. It also supports the transition to cleaner, more distributed energy sources while empowering customers to make the most of their solar investments.
TXU Energy has launched the TXU Energy & Sunrun Battery Rewards program, a virtual power plant (VPP) initiative that allows customers to earn rewards for participating. Customers with existing Sunrun solar and storage systems can enroll in the VPP and receive $200 annually in prepaid digital rewards cards, with $100 provided every six months. Participants retain at least 20% of their battery capacity for backup use during outages. Enrollment is open to any TXU Energy plan with an activated Sunrun solar and battery system, and additional benefits are available through solar buyback plans.This program offers a unique opportunity for customers to benefit from their solar energy systems while supporting the grid. By participating in the VPP, customers allow TXU Energy to use excess energy stored in their batteries to support the overall energy network, particularly during peak demand periods. In exchange, participants are financially rewarded while maintaining reliable backup power for their own needs.
Combining this rewards program with a solar buyback plan enhances the overall value for solar customers. With the buyback plan, participants can sell their excess solar energy back to the grid, further offsetting their energy costs. This approach not only benefits the participants but also contributes to a more resilient and sustainable energy system. The TXU Energy & Sunrun Battery Rewards program aligns with the broader trend of integrating distributed energy resources into the energy grid, creating a win-win for customers and the energy infrastructure.
This program exemplifies how homeowners with solar and storage systems can actively engage with the energy grid, earn rewards, and enhance their energy independence. It also supports the transition to cleaner, more distributed energy sources while empowering customers to make the most of their solar investments.
The Energy Support Incentive Program 2.0, administered by the Energy Public Policy Program (PPPE) under the Department of Economic Development and Commerce (DDEC), is designed to bolster energy resiliency for small and medium enterprises (SMEs) in Puerto Rico. The program will provide up to 60% of the total project costs, with a maximum of $50,000, for SMEs that play critical roles during natural disasters. The initiative aims to enhance energy infrastructure, ensuring that businesses remain operational during emergencies, particularly through the adoption of renewable energy solutions like solar and energy storage. To be eligible, the projects must be implemented by approved supplier companies, ensuring that the work meets quality standards and contributes to long-term energy sustainability for the island’s businesses.
The funding for this program is part of a $30 million allocation from the Puerto Rico Department of Housing, specifically aimed at supporting energy-related projects in the commercial sector. The incentive is a critical part of Puerto Rico’s larger strategy to rebuild and strengthen its energy grid after the devastation caused by recent natural disasters like Hurricane Maria. By focusing on solar energy and storage, the initiative not only helps businesses become more resilient during power outages but also contributes to the island’s transition to renewable energy.
This move aligns with broader global trends toward clean energy and is vital for reducing dependence on fossil fuels, improving energy security, and lowering costs for businesses.The program’s application deadline for SMEs is September 16, 2024, and the selection process will prioritize enterprises that are essential during disaster recovery, such as healthcare providers, food suppliers, and other critical infrastructure businesses. By targeting these industries, the incentive program aims to ensure that Puerto Rico is better equipped to handle future emergencies by having reliable, self-sustaining energy sources in place. This forward-thinking approach ensures that businesses most needed during crises are less reliant on the vulnerable energy grid and more capable of continuing their operations without disruption. Overall, the Energy Support Incentive Program 2.0 plays a crucial role in creating a more resilient, sustainable, and cost-effective energy infrastructure for Puerto Rico’s SMEs, contributing to the island’s broader recovery and modernization efforts.