— APPLICATIONS

Tailored to every sector —
an engineered solution.

From grid operators to data centers — six main places where REAP energy storage is used. A setup tuned for each one. (BESS means a battery energy storage system — a system that stores energy so it can be used later.)

FUNCTIONS OF BESS

What Energy Storage
Can Do for You.

REAP energy storage is used in three main ways — supporting the grid, trading energy and powering electric vehicles. Many different jobs, all from one modular system.

GRID SUPPORT

Keeps the power network steady and running efficiently.

  • Frequency Regulation Helps keep the electricity grid stable
  • Peak Shaving Reduces the load on the grid during the busiest hours
  • Load Balancing & Shifting Spreads energy use more evenly across the day
  • Renewable Integration Stores energy from solar and wind and smooths it out
  • Demand Response Eases pressure on the grid when it is overloaded
  • Black Start Helps restart power after an outage, with no outside grid
ENERGY TRADING

Turns stored energy into value by buying and selling on the electricity market.

  • Arbitrage (Time-of-Use) Store energy when it is cheap, use or sell it when prices are high
  • Bill Management Helps lower energy costs and peak-power fees
  • PPA Supports a power purchase agreement (PPA) — a long-term deal to buy energy
ELECTRIC VEHICLES

Powers EV charging and vehicles with batteries that go easy on the grid.

  • Charging Stations Supports fast charging without needing a grid upgrade
  • Battery Packs Fixed battery packs for vehicle fleets and depots
  • E-Mobility Batteries for forklifts and AGVs (automated guided vehicles)
Grid Stability Renewable Integration EV Charging Hubs Industrial Facilities Data Center Backup Microgrids
Grid Stability
GRID OPERATOR

Grid Stability

Helps grid operators keep the electricity grid stable and ease the load during the busiest hours.

  • Frequency regulation — helps keep the grid stable
  • Peak shaving and load balancing — eases the busiest hours and spreads use evenly
  • Black start — helps restart power after an outage
  • Containerized utility-scale configuration
Renewable Integration
RENEWABLE ENERGY

Renewable Integration

Smooths out the ups and downs of solar and wind plants, and saves daytime energy for later.

  • Power smoothing — cloud cover/wind drop compensation
  • Time-shifting — daytime generation discharged at night
  • Renewable integration for solar and wind plants
  • AC + DC coupling flexibility
EV Charging Hubs
EV CHARGING

EV Charging Hubs

Balances power demand at fast charging hubs, so you can avoid costly grid upgrades.

  • DC fast charge buffering
  • Demand spike absorbing → grid upgrade unnecessary
  • Solar-coupled DC microgrid topology
  • Dynamic load balancing for multiple chargers
Industrial Facilities
INDUSTRIAL FACILITIES

Industrial Facilities

Lowers peak-power fees, stores on-site solar energy and keeps factories running without interruption.

  • Demand charge management — lowers peak-power fees and energy bills
  • Self-consumption optimization solar+BESS
  • Backup power for critical loads
  • Outdoor IP55 cabinet, optimum footprint
Data Center Backup
DATA CENTER

Data Center Backup

A quiet, emission-free battery backup for critical sites — an alternative to diesel backup power (UPS).

  • Backup power for critical IT loads
  • Diesel UPS replacement
  • Silent operation + zero local emissions
  • LFP cell chemistry with integrated BMS
Microgrids
MICROGRID

Microgrids

Reliable power for islands and remote areas, combining solar, wind, batteries and diesel.

  • Grid-tied / Island mode automatic switching
  • Black-start capacity (BESS-led)
  • Solar + Wind + BESS + Diesel hybrid
  • Off-grid and remote area energy supply