Gridded renewable energy storage power source (GRES system)

GRES DC Bus System

The GRES System is a smart and modular power equipment that integrates lithium battery and MPCS. According to different application scenarios, lithium batteries, bidirectional DC/AC converter, bidirectional DC/DC converter, static switch and power management system that can be flexibly combined to realize grid-connected power supply, off-grid power supply and off-grid uninterruptible power supply, static, reactive power compensation, harmonic suppression, as well as other additional functions. It can access new energy, electrical network or diesel generator to achieve a reasonable multi-energy configuration, to provide green energy users with environmental protection, noiseless use, high reliability and services of high security power. Using LFP batteries for ultra-mobile use, we find a robust energy storage solution which respects the zero emission rule, being also a solution adaptable to different terrains.

Configuration

PCS
The bidirectional AC/DC (alternating current/direct current) converter can realize bidirectional conversion from DC to AC and AC to DC. It can not only convert AC to DC to charge the battery, but also convert DC to AC to charge or resume the power grid.
Battery system
The system mainly consists of efficient and long-life lithium iron phosphate cells, which are connected in series to form battery modules, and multiple modules are connected in series to form battery groups.
Battery Management System
The core components of the system can effectively protect the battery from overcharge, overdischarge and overcurrent. At the same time, balanced cell management can ensure the safe, reliable and efficient operation of the entire system.
Energy Management System
System operation data monitoring, operation strategy management, historical data recording, system status recording, etc.
Case
IP54 Protection
Ventilation
The air conditioning system (HVAC – Heating, Ventilation, and Air Conditioning) is configured to maintain an optimal temperature to maximize the uptime and efficiency of the energy system.

GRES-300-200 *aprobat ANRE

Energy storage: 300 kWh
PCS Capacity: 200 kW
Dimensions: 1680 x 3788 x 1700 mm (width, depth, height)

GRES-225-150 *aprobat ANRE

Energy storage: 225 kWh
PCS Capacity: 150 kW
Dimensions: 1680 x 3026 x 1700 mm (width, depth, height)

GRES-150-100 *aprobat ANRE

Energy storage: 150 kWh
PCS Capacity: 100 kW
Dimensions: 1680 x 2644 x 1700 mm (width, depth, height)

GRES-75-50 *aprobat ANRE

Energy storage: 75 kWh
PCS Capacity: 50 kW
Dimensions: 1680 x 1502 x 1700 mm (width, depth, height)

Sistem de Stocare a Energiei BRES 645 – 300

Capacitatea bateriei: 645 KWh
Capacitatea PCS: 300 KW
Dimensions: 3000*2438*2591 (L*A*I) mm

Sistem de Stocare a Energiei BRES 860 – 400

Capacitatea bateriei: 860 KWh
Capacitatea PCS: 400 KW
Dimensions: 6058*2438*2591 (L*A*I) mm

Sistem de Stocare a Energiei BRES 1075 – 500

Capacitatea bateriei: 1075 KWh
Capacitatea PCS: 500 KW
Dimensions: 6058*2438*2591 (L*A*I) mm

EBC512/100

Battery Capacity: 100 Ah
Nominal power: 512 V
Dimensions: 1360 x 650 x 1400 mm (width, depth, height)

EBC480/150

Battery Capacity: 150 Ah
Nominal power: 480 V
Dimensions: 1360 x 650 x 1400 mm (width, depth, height)

EBC460/200

Battery Capacity: 200 Ah
Nominal power: 460 V
Dimensions: 1360 x 650 x 1400 mm (width, depth, height)

EBC768/100

Battery Capacity: 100 Ah
Nominal power: 768 V
Dimensions: 1360 x 650 x 2000 mm (width, depth, height)

EBC768/150

Battery Capacity: 150 Ah
Nominal power: 768 V
Dimensions: 1360 x 650 x 2000 mm (width, depth, height)

EBC768/200

Battery Capacity: 200 Ah
Nominal power: 768 V
Dimensions: 1360 x 650 x 2000 mm (width, depth, height)

EBC768/280

Battery Capacity: 280 Ah
Nominal power: 768 V
Dimensions: 1330 x 667.5 x 1870 mm (width, depth, height)

ESS-only battery system

Acest sistem de stocare a energiei adoptă designul unui container de 6 metri, inclusiv un sistem de 10 grupuri de baterii, 1 dulap DC cobiner, 1 set de unitate de răcire cu lichid, 1 set de sistem de stingere a incendiilor și de iluminare, etc. Containerul îndeplinește cerințele de bază ale instalării macaralei. , și oferă o metodă de fixare a șuruburilor, oferind în același timp utilizatorilor 2 puncte de împământare care îndeplinesc cerințele standardului de electricitate.

Sistemul de management termic al acestui produs aplică metoda de răcire cu lichid pentru a controla temperatura sistemului de baterii. Unitatea de răcire lichidă integrată în container și designul rezonabil al conductei sunt utilizate pentru a realiza controlul eficient al temperaturii celulelor interne ale sistemului de baterii, astfel încât mediul de lucru al sistemului de stocare a energiei să fie controlat în cel mai bun interval și durata de viață. a întregului sistem este extins și funcționarea este sigură și fiabilă.

Sistem de conversie al energie

design modular cu până la 8 module
– Interconectare directă cu
480/600/690Vac
– Gama de putere: 125kW-1.72MW

Eficiență și stabilitate ridicată

– Eficiența maximă poate ajunge la 99%
@ DC 1000V
– Tehnologie cu mai multe șiruri pentru o mai bună
siguranța și performanța bateriei.

Utilizare extinsă

– Strategie de funcționare automată a
economisire a vârfurilor și de schimbare a sarcinii
– Dulap NEMA3R pentru exterior IP 55

Siguranță și compatibilitate

– Timp de răspuns rapid mai mic de 10ms
– Funcție de susținere a rețelei încorporată
– Certificată și listată la nivel mondial

ESS (Energy Storage Systems) - 1 MWh Energy Storage Systems - containerized

Main advantages:

Supplementing renewables

ESS allows users to take advantage of electricity generated when renewable energy technologies do not produce electricity.

Reducing peak consumption

ESS allows a user to switch their power source by drawing power from batteries during daytime hours at higher cost, then recharging during nighttime hours at lower cost.

Levelling of load peaks

When power generation facilities ramp up and down to keep up with changing electricity demand, the system is subject to overloads. ESS can help flatten the demand curve by charging when electricity demand is low and discharging when it is high.

Uninterruptible power supply

ESS can provide almost instantaneous protection against power outages and are often used in hospitals, data centres and homes.

Energy storage systems 500kW/1MWh - Plug & Play

The standard application consists of 1 containerized unit 500kW/1008kWh Energy Storage System.

1 piece 20 feet container;
5 piece battery rack - 1 battery rack consists of 15 pieces of batteries, 1 pack consists of 3 pieces of 1P5S battery modules, 1 module consists of 5 pieces of LFP 280Ah batteries;
2 pieces Air conditioner;
1 piece confluence cabinet ,1 confluence cabinet consists of 5 channel DC access switch;
1 piece 500 kW Power Conversion System;
1 piece Fire extinguishing system.

For any kind of request/question we are at your disposal at the e-mail address: office@tsm-synergy.com