Solar Ready Battery Storage
Suitable for Hybrid power
and standalone options
Equipment
Hybrid Power
Services
The Power Store is a unique energy storage system that contains high quality LiFePO4 Lithium-ion batteries. It is a versatile robust unit that can be charged from Solar PV, the grid and a generator to give the user maximise flexibility. Its robust outer casing houses a battery and energy management system along with a Hybrid Inverter. The Power Store. is the ideal solution for transporting and storing power for multiple applications. It can be used in conjunction with a diesel or petrol generator to reduce fuel and energy use, saving money and reducing emissions. Battery Energy Storage Systems are becoming more popular to store power safely from renewables, the Power Store. is a highly engineered, robust, transportable energy storage unit. With a fast recharge and three different capacities to suit multiple applications from Events, Construction, Rail, Telecoms, Demolition, emergency power and renewables. The Power Store. is also ideal for charging plant equipment, mechanical handling equipment, fork lifts and electrical power tools for jobs that do not have access to the grid power. The Power Store. can be charged from Solar PV, ground source, wind and connected to the power network for recharging and power storage.
It is a plug and play unit that is robust and has remote monitoring. When used in conjunction with a generator there is valued savings in fuel costs and a reduction in emissions. A hybrid power system increases the optimisation of the generator to provide peak saving and extended plant life. RoyPow is a leading manufacturer of battery technology and the Power Store. concept is designed in the UK to suit multiple applications in Construction, events and plant hire.
Decarbonising Construction with battery energy storage systems
Battery Energy Storage Systems (BESS) can play a significant role in decarbonizing the construction industry by addressing the sector's reliance on fossil fuels and optimizing energy use. Here are several ways BESS can contribute to decarbonization in construction:
- Powering Construction Equipment
- Electrification of Equipment Construction sites often rely on diesel-powered machinery, which is a major source of carbon emissions. By using battery-powered machinery and equipment, charged through renewable energy sources, emissions can be reduced. BESS can store renewable energy (e.g., from solar panels) and supply it to electric construction equipment, reducing the need for diesel generators.
- Hybrid Equipment For equipment that isn’t fully electric, BESS can be used in hybrid systems to reduce fuel consumption and emissions by supplementing diesel engines with stored energy.
- Reducing the Need for Diesel Generators
- Temporary Power Supply Construction sites often require temporary power, usually supplied by diesel generators, which are emissions-intensive. A BESS can store renewable energy and provide a clean alternative, reducing the use of generators and cutting emissions.
- Peak Shaving and Load Management BESS can manage power loads on construction sites by storing excess energy during low-demand periods and releasing it during high-demand periods. This reduces the need for additional fossil fuel-based power during peak times.
- Supporting On-Site Renewable Energy
- Maximizing Renewable Energy Use Construction sites can install renewable energy sources like solar panels or wind turbines to generate power. A BESS can store excess energy produced during the day for use at night or during periods of low generation, maximizing the use of renewable energy on-site.
- Grid Independence For remote construction sites without access to the grid, BESS combined with renewable energy sources can provide a reliable and clean energy supply, reducing the need for transporting fuel to the site.
- Reducing Carbon Footprint of Construction Materials
- On-Site Energy for Material Processing Some construction materials, like concrete and asphalt, require energy-intensive processing. BESS can power on-site processing equipment using stored renewable energy, reducing the carbon footprint of these materials.
- Supporting Electrified Logistics BESS can charge electric vehicles used for transporting materials to and from construction sites, further cutting down emissions from logistics.
- Enabling Sustainable Building Practices
- Energy-Efficient Construction BESS can support energy-efficient construction methods by powering tools and equipment with renewable energy, reducing the overall carbon footprint of building projects.
- Minimizing Energy Waste Through smart energy management, BESS can reduce energy waste on construction sites by ensuring that energy is only used when needed, and excess energy is stored rather than lost.
- Reducing Grid Stress and Emissions
- Demand Response By using BESS, construction sites can reduce their reliance on grid electricity during peak demand periods, which often requires the grid to use less efficient and more polluting peaker plants. This helps reduce the overall carbon intensity of grid power.
- Off-Peak Charging BESS can be charged during periods when renewable energy is more abundant on the grid (such as during off-peak hours when solar or wind energy generation is high), and then used during construction operations, minimizing reliance on fossil fuels.
- Facilitating Zero-Emission Construction Sites
- Carbon-Neutral Sites BESS can enable the creation of zero-emission construction sites by integrating renewable energy generation, storage, and consumption. By utilizing energy stored in batteries, construction sites can potentially operate with a zero-carbon footprint.
- Remote Monitoring and Optimization With the integration of smart systems, BESS can be monitored and optimized remotely, ensuring efficient use of energy resources and further reducing unnecessary emissions.
BESS can significantly decarbonize the construction industry by reducing reliance on fossil fuels, enhancing the use of renewable energy, and enabling more sustainable construction practices. Through electrification, energy storage, and smart energy management, BESS helps lower emissions and supports the transition to a greener construction sector.