Posts

Solar Power Plant: 300MW / 1200MWh Grid-Forming Energy Storage Project

Image
  1. Project Overview Location: Akto County, Kizilsu Kirghiz Autonomous Prefecture, Xinjiang Scale: 300MW / 1200MWh standalone grid-forming storage system Technology: Lithium Iron Phosphate (LFP) batteries, 4-hour discharge duration System Composition: 120 sub-arrays (2.5MW / 10MWh each) Each sub-array includes: 1 × 10MWh battery cabin 1 × 2.5MW PCS-booster unit Each booster unit: 4 × 1250kW converters (operated at 625kW each) Performance Highlights: 300% overload for 10 seconds (up to 900MW output) Monthly energy delivery: ~30 million kWh Solar Power Plant 2. Solution Design Unit Design: 2.5MW PCS-booster + 2 × 5MWh liquid-cooled battery cabins Feeder Lines: 25MW / 100MWh per line × 12 lines Grid Connection: 220kV booster station linked to Auytak 220kV substation Operation: Stable at 110% rated current for continuous operation Core Functions: Grid Support: Peak shaving, renewable smoothing, curtailment reductio...
Post a Comment
Read more

Renewable Energy Projects: 5MW/10MWh high-voltage cascade energy storage station

Image
 The Zhucheng Viao energy initiatives in Weifang, Shandong Province, mark a major step forward in renewable energy innovation. Central to the project is a 5MW/10MWh high-voltage cascade energy storage station , now successfully connected to the grid. More than a power solution, it represents a redefinition of energy security, efficiency, and sustainability. At the core of this system are advanced components developed by Sano Energy , a leading technology provider. Their expertise ensures high performance while supporting China’s ambitious clean energy goals, highlighting the importance of collaboration in driving sustainable progress. The Role of High-Voltage Cascade Energy Storage High-voltage cascade storage is becoming indispensable in modern energy systems . By storing excess electricity during off-peak hours and releasing it when demand surges, it balances the grid, reduces the need for additional generation, and stabilizes supply. In China—where energy demand is projecte...
Post a Comment
Read more

Energy Storage Solutions: 50MW Photovoltaics Power Project

Image
  Jinwu Road Phase III Photovoltaic Power Project The Jinwu Road Phase III Photovoltaic (PV) Power Project is the first grid-connected solar-plus-storage power plant in Jinchang City, marking a major step toward clean energy development in the region. Project Highlights Construction Timeline : Began on December 10 last year; achieved full-capacity grid connection readiness by February 10 this year. Installed Capacity : 50 MW PV power plant with integrated storage. Annual Generation : Up to 95 million kWh. Environmental Impact : Reduces approximately 8,000 tons of CO₂ emissions annually. Energy Storage : Equipped with a 10 MW / 20 MWh system supporting peak shaving, frequency regulation, and peak–valley load shifting. Grid Benefits : Enhances grid stability, flexibility, and operational safety. 50MW Photovoltaics Power Project Integration of Energy Storage With the rapid expansion of solar PV and new energy industries, energy storage has become a mandatory...
Post a Comment
Read more

Factory BESS Solution 15MW/30MWh Liquid-cooled Energy Storage Project

Image
  Yiwu Factory Energy Storage Project – Phase I In April, Phase I of the Yiwu factory energy storage station—equipped with Sanoenergy’s 2.5MW/5MWh liquid-cooled energy storage system —was successfully commissioned and connected to the grid. Phase I Capacity: 15MW/30MWh System Configuration: 6 × 2.5MW/5MWh liquid-cooled containerized BESS units Key Functions of C&I Energy Storage Unlike household storage, commercial and industrial (C&I) systems focus on: On-site renewable utilization: Maximizing self-consumption of PV power to boost renewable energy absorption. Peak-valley arbitrage: Reducing costs by capitalizing on electricity price differences. Backup supply: Providing reliable emergency power for the factory. container-BESS-30MWh-Liquid-cooled Project Highlights Integrated Solar + Storage: 21MW PV + 15MW/30MWh storage (Phase I) – a model large-scale solar-plus-storage project. Expansion Underway: Phase II (20MW/40MWh) will bring tota...
Post a Comment
Read more

Large Commercial Energy Storage - Meet the Prefabricated 40ft Container BESS

Image
  Container Energy Storage Module | Megawatt-Level Solution for the Future of Energy A prefabricated, fully integrated containerized energy storage system designed for both grid-scale and microgrid applications. By combining high-performance battery cells with intelligent management software, it delivers a safe, flexible, and cost-effective one-stop solution. Core Advantages Megawatt-Level Capacity – Plug & Play Single-container capacity: 500 kWh–5 MWh Scalable: Supports parallel connection for up to 100 MW power plants Factory-integrated design, rapid on-site deployment Simple setup: only water and power connections required; grid-ready within 72 hours Project cycle reduced by 50% Industrial-Grade Protection – All-Weather Operation 304 stainless steel fireproof housing, IP65 protection Active liquid cooling, temperature control within ±2 °C Operates reliably from -40 °C to +60 °C Proven performance in deserts, highlands, coastal, and extreme...
Post a Comment
Read more

Integrated Solar Energy Storage and EV Charging Solutions for Gas Station

Image
 This month, Sano Energy successfully completed a solar energy storage and EV charging project at a gas station, creating a fully integrated hub that combines refueling, charging, photovoltaics, and energy storage. Solar Energy EV Charging Station For this project, Sano Energy supplied its self-developed photovoltaic inverters, advanced energy storage systems, high-power DC fast chargers , and supporting infrastructure—helping petrochemical companies rapidly build next-generation new energy demonstration stations. By making full use of the gas station’s rooftop space, the project incorporates a photovoltaic power station paired with inverters and energy storage systems to supply clean electricity to parking lot charging facilities. The setup ensures efficient power storage, flexible discharge, and convenient charging. Power generation follows the principle of “self-use first, with surplus electricity fed back to the grid,” while the energy storage system supports Sinopec’s gree...
Post a Comment
Read more

EV Charging Business You need to Know: Invest in Charger Piles or Charger Stacks?

Image
  What Are Charging Piles? Charging piles are standalone devices that supply electric power to electric vehicles (EVs). They are commonly installed in public areas such as parking lots, shopping malls, public buildings, and dedicated EV charging stations, as well as in private locations like residential communities. Types of Charging Piles: AC Charging Piles: Designed for slow charging, typically taking 7–10 hours. They are suitable for residential and office parking areas. DC Charging Piles: Provide fast charging by converting AC power into DC, reducing charging time to one to two hours. They are widely used in public charging stations where rapid turnaround is required. EV Charger Pile What Are Charging Stacks? Charging stacks are modular charging systems designed for large-scale, high-efficiency charging needs, such as fleet depots, corporate facilities, and large parking areas. They use multiple power modules to serve multiple EVs simultaneously, intelligently d...
1 comment
Read more

A Electrical Bus Charging Solution: 360kW EV Charging Solution for Bus Station

Image
  Sano Energy Develops High-Capacity Bus Charging Station in Xiamen, China Sano Energy has successfully delivered a large-scale electric bus charging station project in Xiamen, China. The station is equipped with four sets of 360 kW chargers (each supporting six charging guns) and eight units of 120 kW single-gun DC chargers . Designed to accommodate the growing demand for new energy vehicles (NEVs), the facility integrates advanced charging technology with a full suite of supporting infrastructure. Strategically located near residential communities and hospitals, the station plays a critical role in supporting local electric vehicle users, including both private car owners and public transport operators. Bus Charging Station User-Friendly Facilities for Greater Convenience To enhance the customer experience, the charging station includes several practical amenities. These include: A secure and accessible entry gate A comfortable rest area A protective canopy to shie...
Post a Comment
Read more