# Entogo

> Canada-based clean-energy and electrical-power equipment company providing transformers, substations, switchgear, energy storage, EV charging and photovoltaic-storage-charging integrated systems.

Key facts:
- Founded 2022; headquartered 2225 Sheppard Ave E, Suite 1020, Toronto, ON M2J 5C2, CA.
- Own source factory of ~20,000 m² focused on transformers, prefabricated substations and switchgear, with dedicated EV charging-equipment production lines alongside; vertically integrated production and supply chain gives ample, scalable capacity.
- 1,200+ projects delivered by end of 2025; founding and technical team with 15+ years of industry experience.
- Lead time: 12 weeks average for IEC/CE European-standard catalogue equipment; 36 weeks guaranteed worst case even when a product requires new UL or other North-American certification. Entogo manufactures in-house and is not in the 1–4 year merchant-market queue.
- Certifications held across product lines: UL, CSA, CE, IEC CB Scheme, ISO 9001, ISO 14001, IATF 16949, OCPP, CHAdeMO, FCC, ENERGY STAR, RoHS.
- After-sales: minimum 36-month manufacturer warranty on every product — well beyond the one-to-two-year warranty standard across the industry — extending up to 10 years on major power equipment such as transformers and distribution cabinets (exact term confirmed per contract); plus full lifecycle service — technical support, spare-parts supply, warranty claims and returns, maintenance coordination, commissioning support and product documentation; the support team responds within one business day, with critical, equipment-down issues escalated ahead of the queue.
- Contact: contact@entogo.ca · toll-free +1-888-688-8077 · direct +1-647-600-0655.

For the full machine-readable content mirror (every product, solution and insight with summary and specifications), see https://entogo.ca/llms-full.txt.

## Company

- [About Entogo](https://entogo.ca/about): company background, manufacturing base, certifications and FAQ.
- [Manufacturing & lead times](https://entogo.ca/about/manufacturing): factory, production lines and current lead-time guarantees.
- [OEM & contract manufacturing](https://entogo.ca/contract-manufacturing): build-to-print and private-label / white-label manufacturing of transformers, switchgear, substations and power-distribution equipment; manufacturing partner for OEM brands, EPCs, electrical distributors and manufacturer's sales representatives; ISO 9001 / ISO 14001 / IATF 16949 quality systems with UL / CSA / CE / IEC CB Scheme marks held across lines and UL (cULus) / CSA certification supported on request; NDA-backed, with the same 12-week standard / 36-week certified-worst-case lead-time guarantee.
- [Certifications & qualifications](https://entogo.ca/certifications): 60+ certifications, patents and qualification documents — ISO 9001 / 14001 / 45001 management systems, CE and UKCA conformity, IEC CB Scheme, engineering and construction qualifications, and a portfolio of granted utility patents and registered software copyrights; equipment designed, built and tested to ANSI/IEEE, DOE and IEC standards with product-level UL (cULus) / CSA certification available on request; full verifiable originals sent to qualified OEM partners, EPCs, distributors and sales representatives on request.
- [Ensight — Entogo's renewable-energy AI assistant](https://entogo.ca/ensight): conversational Q&A grounded in Entogo's product, manufacturing and certification knowledge with optional open-web cross-reference.
- [Contact](https://entogo.ca/contact): Toronto head office, sales and customer service.
- [Flexible payment & project financing](https://entogo.ca/payment-options): milestone-based, reduced-upfront, deferred, retainage and third-party financing options for qualified buyers and projects — subject to credit review, project qualification and a signed written agreement (Entogo is the equipment supplier, not a lender).
- [Support & after-sales](https://entogo.ca/support): order status, technical support, spare parts, warranty claims, maintenance and product documentation — replies within one business day.
- [Track an order](https://entogo.ca/support/order-status): request the latest status and milestone of an existing order.
- [Technical support](https://entogo.ca/support/technical-support): troubleshooting, fault diagnosis, configuration and commissioning help, prioritized by severity.
- [Spare parts & replacements](https://entogo.ca/support/spare-parts): genuine replacement parts identified from the equipment model and serial number.
- [Warranty & returns](https://entogo.ca/support/warranty): warranty claims and return authorizations (RMA); minimum 36-month warranty, up to 10 years on major power equipment.
- [Maintenance & field service](https://entogo.ca/support/maintenance): preventive maintenance, inspection, commissioning support and on-site field service.
- [Product documentation](https://entogo.ca/support/documentation): datasheets, manuals, factory test reports, compliance certificates and drawings.

## Products

- [Product catalogue](https://entogo.ca/products): all transformers, switchgear, energy storage and EV-charging equipment.
- [Configure a transformer & get a quote](https://entogo.ca/products/transformer-quote): step-by-step spec-to-quote configurator (ANSI/IEEE or IEC).

## Tools

- [Transformer sizing & overcurrent protection calculator](https://entogo.ca/tools/transformer-sizing-calculator): size a transformer and its protection — full-load current (kVA↔amps), primary/secondary overcurrent protection per NEC 450.3(B) and CEC Section 26 (26-254), available secondary fault current for downstream AIC/SCCR, and NEMA/CSA enclosure. US (NEC) and Canada (CEC). Preliminary planning estimate; confirm with a registered engineer (PE/P.Eng) and the AHJ/ESA.
- [EV charging service capacity & transformer calculator](https://entogo.ca/tools/ev-charging-service-capacity-calculator): estimate EV charging load, service capacity, transformer kVA, switchboard rating and EMS load-management scenarios for North American commercial sites — NEC (US) and CEC Section 86 (Canada). Preliminary planning estimate; not a stamped load calculation.

### Transformers & Substations
- [Transformers & Substations — category overview](https://entogo.ca/products/category/transformers-substations)
- [Three-Phase Pad-Mounted Distribution Transformer](https://entogo.ca/products/three-phase-pad-mounted-transformer) — 75 – 2500 kVA · 15/25/35 kV class: Three-phase pad-mounted distribution transformer for North-American utility, commercial and industrial service — 75–2500 kVA, 12.47–34.5 kV class primary to 480Y/277 or 208Y/120 secondary, dead-front loop/radial-feed, NEMA 3R. Designed to IEEE C57.12.34 and DOE 10 CFR 431; UL/CSA certifiable.
- [36 kV Outdoor Compact Unit Substation](https://entogo.ca/products/outdoor-unit-substation-36kv) — 1,000 – 10,000 kVA · 36 kV class: A factory-assembled outdoor unit substation — incoming 34.5 / 35 kV switchgear, liquid-filled step-up or step-down transformer (1,000 – 10,000 kVA) and a low-voltage section in one weather-tight enclosure — for solar PV, wind, and industrial interconnection. Built to IEEE C37.121, ANSI C57.12.34 and IEC 62271-202.
- [Amorphous-Core Dry-Type Transformer (High-Efficiency)](https://entogo.ca/products/amorphous-core-dry-type-transformer) — 30 – 2500 kVA · 15/25/35 kV class: A high-efficiency amorphous-metal-core dry-type transformer with very low no-load loss, low noise and low partial discharge — 30–2500 kVA, medium voltage to 35 kV class stepping to 480/208 V, fire-safe. Designed to UL 1562, CSA C9/C802.2 and DOE 10 CFR 431; UL/CSA certifiable.
- [Modular Skid-Mounted Unit Substation (Step-Up / Collector)](https://entogo.ca/products/modular-skid-unit-substation) — up to 38 kV class · modular skid: A fully modular, skid-mounted unit substation for renewable collector and step-up (boosting) duty — cutting site footprint ~30% and design/install time ~70%, with cloud-based remote diagnostics. Up to 38 kV class, 60 Hz; designed to IEEE C37.121/ANSI C57.12.34; UL/CSA certifiable.
- [36 kV Oil-Immersed Power Transformer](https://entogo.ca/products/oil-immersed-power-transformer-36kv) — 2.5 – 31.5 MVA · 36 kV class: A liquid-filled (mineral oil) three-phase power transformer for substation and subtransmission duty in 34.5 / 35 / 36 kV networks, rated 2.5 to 31.5 MVA with ONAN / ONAF cooling, off-circuit or on-load tap changing and copper windings, designed to IEEE C57.12.00 / C57.12.10 and IEC 60076.
- [Single-Phase Overhead (Pole-Mounted) Distribution Transformer](https://entogo.ca/products/single-phase-pole-mounted-transformer) — 10 – 167 kVA · conventional or CSP: Single-phase overhead pole-mounted distribution transformers for North-American utility lines — 10 to 167 kVA, 7200 / 12470GrdY / 24940GrdY primary to 120/240 V secondary, conventional or completely self-protected (CSP). Designed to IEEE C57.12.20 and DOE 10 CFR 431 efficiency, 60 Hz; UL / CSA certifiable.
- [Three-Phase Dry-Type Distribution Transformer](https://entogo.ca/products/three-phase-dry-type-distribution-transformer) — 15 – 2500 kVA · LV 600 V class & MV: A three-phase ventilated dry-type distribution transformer for indoor commercial/industrial service — 15–2500 kVA, low-voltage 600 V class (480 to 208Y/120) and medium-voltage to 35 kV class, 220 °C insulation. Designed to UL 1561/1562, CSA C9 and DOE 10 CFR 431; UL/CSA certifiable.
- [Three-Dimensional Wound-Core Transformer (Low-Loss)](https://entogo.ca/products/wound-core-distribution-transformer) — Triangular wound core · oil or dry: A three-dimensional (triangular) wound-core distribution transformer with a closed, symmetric core for lower no-load loss, balanced flux, low noise and high short-circuit withstand — oil-filled or dry-type, 15/25/35 kV class, 60 Hz. Designed to IEEE C57/UL and DOE 10 CFR 431; UL/CSA certifiable.
- [Combined Pad-Mounted Transformer (Integrated MV Switching)](https://entogo.ca/products/combined-pad-mounted-transformer) — 75 – 2500 kVA · 15/25/35 kV class: American-style combined pad-mounted transformer integrating the medium-voltage load-break switch, fuse protection and low-voltage distribution with the transformer in one tamper-resistant tank — 75–2500 kVA, 15/25/35 kV class, 60 Hz. Designed to IEEE C57.12.34/.28; UL/CSA certifiable.
- [Overhead Distribution Transformer Set (Pole-Mount Package)](https://entogo.ca/products/pole-mount-transformer-set) — 15 kV class · complete pole package: A complete overhead pole-mount distribution package — transformer, fused cutout, lightning arrester, secondary/metering pedestal, jumpers and hardware — engineered to one 15 kV class, 60 Hz spec. Transformer designed to IEEE C57.12.20 and DOE 10 CFR 431; UL/CSA certifiable.
- [Pad-Mounted Compact Secondary Unit Substation](https://entogo.ca/products/compact-secondary-unit-substation) — 15/25 kV class · ≤ 2500 kVA: A factory-assembled compact secondary unit substation — incoming medium-voltage switching, distribution transformer (≤2500 kVA) and a low-voltage section in one weather-tight pad-mounted enclosure for 15/25 kV class service, 60 Hz. Designed to IEEE C37.121, ANSI C57.12.34 and IEC 62271-202; UL/CSA certifiable.
- [Solar / Storage Skid — Inverter-Duty Step-Up Unit Substation](https://entogo.ca/products/solar-storage-skid-substation) — inverter-duty · up to 34.5 kV: An inverter-duty step-up unit substation (solar/storage skid) integrating a liquid-filled step-up transformer, MV switching and inverter interface — stepping inverter low voltage up to 34.5 kV for PV and battery-storage interconnection, 60 Hz. Designed to IEEE C57.12.34, C57.159 and C37.121; UL/CSA certifiable.

### Switchgear & Distribution
- [Switchgear & Distribution — category overview](https://entogo.ca/products/category/switchgear-distribution)
- [Metal-Clad Switchgear (Drawout MV)](https://entogo.ca/products/metal-clad-switchgear) — 5 / 15 / 27 / 38 kV class · up to 4000 A: Metal-clad medium-voltage switchgear with drawout vacuum circuit breakers for 5/15/27/38 kV class systems, 60 Hz — compartmentalized, insulated-bus construction up to 4000 A and 50 kA, with optional arc-resistant rating. Designed to ANSI/IEEE C37.20.2; UL/CSA certifiable.
- [Low-Voltage Switchboard (UL 891)](https://entogo.ca/products/low-voltage-switchboard) — ≤ 600 V · up to 6000 A: A dead-front low-voltage switchboard for ≤ 600 V, 60 Hz service-entrance and distribution — up to 6000 A and 200 kA, with group-mounted molded-case or insulated-case breakers, for commercial, institutional and industrial buildings. Designed to UL 891; UL (cULus) / CSA certifiable.
- [Pad-Mounted Switchgear (Ring Main Unit)](https://entogo.ca/products/pad-mounted-switchgear-rmu) — 15 / 25 / 38 kV class · 200 / 600 A: Pad-mounted load-break switchgear (ring main unit) for underground medium-voltage distribution — 15/25/38 kV class, 200/600 A, dead-front, with SF6 or SF6-free fault-interrupting ways for utility loops, campuses and data centers, 60 Hz. Designed to IEC 62271-200 and ANSI C57.12.28; UL/CSA certifiable.
- [Metal-Enclosed Load-Interrupter Switchgear](https://entogo.ca/products/metal-enclosed-switchgear) — 15 / 27 / 38 kV class · load-break + fuse: Metal-enclosed load-interrupter switchgear for 15 / 27 / 38 kV class medium-voltage systems, 60 Hz — fixed-mounted load-break switches with power-fuse protection in a compact steel enclosure, for compact substations, primary service entrance and MV isolation. Designed to ANSI/IEEE C37.20.3; UL / CSA certifiable.
- [Gas-Insulated Switchgear (GIS) — Eco-Gas / SF6-Free](https://entogo.ca/products/gas-insulated-switchgear) — up to 38 kV class · vacuum + eco-gas: Compact gas-insulated switchgear (GIS) using vacuum interrupters and an eco-friendly (SF6-free) insulating gas at near-zero gauge pressure — for space- constrained 15 / 27 / 38 kV class medium-voltage distribution, 60 Hz, with built-in online monitoring and SCADA. Designed to IEEE C37.20.9; UL / CSA certifiable.
- [Smart Pad-Mounted Switchgear (Integrated RMU)](https://entogo.ca/products/smart-pad-mounted-switchgear) — 15 / 25 kV class · metering + automation: A smart pad-mounted ring main unit integrating primary load-break switchgear with secondary intelligence — instrument transformers, revenue metering, microprocessor protection, fault recording and SCADA — in one 15/25 kV class, 60 Hz unit. Designed to IEC 62271-200 and IEEE C37.74; UL/CSA certifiable.
- [Low-Voltage Drawout Switchgear](https://entogo.ca/products/low-voltage-drawout-switchgear) — ≤ 600 V · up to 5000 A: Low-voltage drawout (withdrawable) switchgear for ≤600 V, 60 Hz distribution, motor control and power-factor correction — up to 5000 A and 100 kAIC, with drawout power circuit breakers, for data centers and industry. Designed to UL 1558/ANSI C37.20.1; UL/CSA certifiable.
- [Low-Voltage Switchgear & Motor Control Center](https://entogo.ca/products/low-voltage-switchgear-mcc) — ≤ 600 V · up to 3150 A: A combined low-voltage switchgear and motor control center for ≤600 V, 60 Hz systems — a power-distribution section with drawout motor-control units for distribution, motor control and lighting up to 3150 A. Designed to UL 1558 and UL 845; UL/CSA certifiable.
- [Modular Low-Voltage Switchgear / MCC](https://entogo.ca/products/modular-low-voltage-switchgear) — ≤ 600 V · up to 5000 A · modular drawer: Modular drawer-type low-voltage switchgear and motor control center for ≤600 V, 60 Hz three-phase systems — standardized, mechanically interlocked withdrawable drawers up to 5000 A and 100 kAIC. Designed to UL 1558 and UL 845; UL/CSA certifiable.
- [Distribution Switchboard / Panelboard](https://entogo.ca/products/distribution-switchboard-panelboard) — ≤ 600 V · panelboard & distribution: A low-voltage distribution switchboard / panelboard for ≤600 V, 60 Hz power and lighting distribution — wall- or floor-mounted, with main and branch molded-case breakers, metering and SCCR to 100 kAIC. Designed to UL 67 (panelboard) and UL 891 (switchboard); UL/CSA certifiable.
- [Automatic Power-Factor-Correction Capacitor Bank](https://entogo.ca/products/power-factor-correction-capacitor-bank) — 480 V · stepped / detuned: An automatic power-factor-correction (PFC) capacitor bank for 480 V, 60 Hz systems — stepped, controller-switched kVAR with detuned harmonic-filter reactors to raise power factor, cut demand charges and free transformer capacity. Designed to UL 810, IEEE 18 and NEMA CP-1; UL/CSA certifiable.
- [Pad-Mounted Sectionalizing / Junction Cabinet](https://entogo.ca/products/pad-mounted-sectionalizing-cabinet) — 15 / 25 kV class · 200 / 600 A: A dead-front pad-mounted sectionalizing and junction cabinet for underground medium-voltage cable networks — 15/25 kV class, 200/600 A, 2- to 4-way, with separable elbow connections in a tamper-resistant NEMA 3R enclosure. Designed to ANSI C57.12.28 and IEEE 386; UL/CSA certifiable.
- [Secondary Pedestal / Cable Junction Cabinet](https://entogo.ca/products/secondary-pedestal-junction-cabinet) — ≤ 600 V · underground (URD) secondary: A low-voltage secondary pedestal / cable junction cabinet for underground residential and commercial distribution (URD) — taps, branches and joins ≤ 600 V secondary cables between transformers, switchgear and services in a weatherproof NEMA 3R enclosure, 60 Hz. Designed to UL 50 / UL 50E; UL (cULus) / CSA certifiable.
- [CT Metering & Distribution Cabinet (Pedestal)](https://entogo.ca/products/ct-metering-distribution-cabinet) — ≤ 600 V · 400 – 1200 A: A combined CT-metering and low-voltage distribution cabinet for utility and tenant service points — current-transformer metering, outgoing breakers and optional power-factor correction in one outdoor NEMA 3R pedestal, ≤600 V, 60 Hz. Designed to UL 414, UL 50/50E and UL 891; UL/CSA certifiable.
- [Meter Socket / CT Metering Enclosure](https://entogo.ca/products/meter-socket-ct-enclosure) — 200 – 1200 A · stainless / NEMA 3R / 4X: Meter sockets and current-transformer (CT) metering enclosures for residential, commercial and utility service — 200–1200 A, ringless or ring-type, in 304/201 stainless or galvanized steel, NEMA 3R/4X. Designed to UL 414, UL 50/50E and ANSI C12.7; UL/CSA certifiable.
- [HLX New-Energy AC/DC Combiner Box](https://entogo.ca/products/new-energy-ac-dc-combiner-box) — HLX · ≤24 strings · ≤AC 690 V: The HLX combiner box for photovoltaic systems — the DC version consolidates up to 24 PV string inputs with per-string fuses, surge arresters and breakers; the AC version links string inverters to AC distribution at up to 690 V, IP65 for outdoor use.
- [BWX New-Energy Grid-Connection Box](https://entogo.ca/products/new-energy-grid-connection-box) — BWX · IP65: The BWX grid-connection box connects photovoltaic string inverters to the grid, with dedicated PV grid-connection circuit breakers, pull-ring isolators and secondary surge protection in an IP65 enclosure for outdoor use.
- [BWG New-Energy Grid-Connection Cabinet](https://entogo.ca/products/new-energy-grid-connection-cabinet) — BWG: The BWG grid-connection cabinet sits between PV inverters (or an AC combiner box) and the grid in high-power photovoltaic plants, providing under/over- voltage, surge, overcurrent and grid-isolation protection with multi-function metering and anti-islanding support.

### Energy Storage
- [Energy Storage — category overview](https://entogo.ca/products/category/energy-storage)
- [Industrial & Commercial Liquid-Cooled Energy Storage System](https://entogo.ca/products/liquid-cooled-energy-storage-system) — 100kW/215kWh · 100kW/232kWh: An all-in-one industrial and commercial liquid-cooled energy storage system that integrates the battery cluster, BMS, EMS, PCS, liquid-cooling control and fire protection in a single cabinet for factories, commercial complexes and data centres.
- [Industrial & Commercial Air-Cooled Energy Storage System](https://entogo.ca/products/air-cooled-energy-storage-system) — 100kW/215kWh: An all-in-one industrial and commercial air-cooled energy storage system that integrates the battery cluster, BMS, EMS, PCS, air-conditioning control and fire protection in a single cabinet for factories, commercial complexes and data centres.
- [Containerized Battery Energy Storage System](https://entogo.ca/products/containerized-battery-energy-storage-system) — 2570kWh: A 2570kWh containerized battery energy storage system with intelligent air-conditioning cooling, PV DC-coupled integration and pack-level perfluorohexanone fire protection, shipped as a pre-installed container under 26 tons.
- [Battery Energy Storage System](https://entogo.ca/products/battery-energy-storage-system) — 200 kWh / 225 kWh: A compact 200–225 kWh battery energy storage system with three-level BMS and multi-cluster parallel batteries, plus optional PV DC-coupled access through a hub-and-spoke MPPT controller and a unified DC input for protected battery charging.
- [DC-Coupled Energy Storage & Charging System](https://entogo.ca/products/dc-coupled-energy-storage-charging-system) — Storage stack + split terminals: A DC-coupled energy-storage-and-charging system that uses existing transformers to add storage and EV charging without grid capacity expansion — a flexible stack with split terminals lets parking and charging coexist at sites with peak-valley price differentials.
- [DC-Coupled Grid-Forming PV-Storage Hybrid System](https://entogo.ca/products/dc-coupled-grid-forming-hybrid-system) — Grid-forming / off-grid (PV-storage-diesel): A DC-coupled grid-forming / off-grid PV-storage system (PV-storage-diesel hybrid) offering "grid-off but not power-off" switching, higher DC-coupled charging efficiency, larger installable PV capacity and external multi-channel PV MPPT in place of combiner boxes.
- [MW-Level Grid-Connected & Off-Grid System](https://entogo.ca/products/large-scale-mw-grid-connected-off-grid-system) — MW-level · 1+1 parallel: A high-integration MW-level grid-connected and off-grid energy system with PV DC access and MPPT (a DC-coupled PV-ESS microgrid), integrated BMS/PCS/EMS control, a built-in STS with sub-20 ms source switching and 1+1 parallel operation.

### EV Charging & PV-Storage-Charging
- [EV Charging & PV-Storage-Charging — category overview](https://entogo.ca/products/category/ev-charging)
- [Dual-Gun Integrated Photovoltaic-Storage-Charging Unit](https://entogo.ca/products/dual-gun-pv-storage-charging-unit) — 100kW/261kWh · 2×80kW: A compact integrated photovoltaic-storage-charging unit that pairs on-board battery storage with high-power DC charging, drawing charging energy from the DC side to cut AC-side impact and reduce the required transformer capacity.
- [Photovoltaic-Storage Supercharging Stack](https://entogo.ca/products/photovoltaic-storage-supercharging-stack) — 2×125kW · 261kWh · 480kW: A photovoltaic-storage supercharging stack for large charging stations: 2×125kW PCS and 261kWh storage deliver 480kW charging while needing only a 250kVA transformer, dramatically cutting grid-connection capacity.
- [Rocket DC Ultra-Fast EV Charger](https://entogo.ca/products/rocket-dc-ultra-fast-charger) — 160 / 240 / 300 kW · Dual CCS2: A high-power DC ultra-fast charger for public and commercial charging networks, available in 160, 240 and 300 kW with dual CCS2 connectors, a 200–1000 V wide-voltage output and intelligent power allocation for back-to-back fast charging.
- [Turbo DC Fast EV Charger](https://entogo.ca/products/turbo-dc-fast-charger) — 60 / 120 kW · CCS2 (multi-standard): A 60–120 kW DC fast charger for public and commercial sites, with a 200–1000 V output range, dual-connector options across CCS2, CHAdeMO and GB/T, smart-grid integration and remote operation and maintenance.
- [Mobox Compact DC Fast EV Charger](https://entogo.ca/products/mobox-compact-dc-fast-charger) — 40 kW · CCS2: A compact 40 kW DC fast charger for sites with limited space or grid capacity — public stations, parking facilities and fleet depots — with a 200–1000 V output, single CCS2 connector and wall- or pole-mount installation.
- [Nano Duo Pro Dual-Socket AC Charger](https://entogo.ca/products/nano-duo-pro-ac-charger) — 2×22 kW · Type 2: A dual-outlet commercial AC charger delivering 2×22 kW for workplace and semi-public sites, with load balancing across up to 25 chargers on one circuit, a 7" touchscreen, RFID and an MID-certified billing meter.
- [Argo Pro Commercial AC Charger](https://entogo.ca/products/argo-pro-commercial-ac-charger) — 22 kW · Type 2: A 22 kW commercial AC charger with daisy-chain connectivity that cuts cabling and installation cost, a modular plug-in core for fast maintenance, a 4.3" display and ISO 15118-2 Plug & Charge.
- [Nano Duo Dual-Socket AC Charger](https://entogo.ca/products/nano-duo-ac-charger) — 2×11 / 2×22 kW · Type 2: A dual-connector AC charger for homes, shared parking and workplaces that combines two outlets in one compact unit, with intelligent power sharing, 11 or 22 kW per outlet and an optional MID-certified meter.
- [Caro Plus AC Charger (MID Meter)](https://entogo.ca/products/caro-plus-mid-ac-charger) — 11 kW · MID-certified meter: A semi-public 11 kW AC charger with an MID-certified billing meter, advanced cybersecurity, PV-compatible smart charging and dynamic load balancing, available in cable or socket versions.
- [Silk AC Home Charger (North America)](https://entogo.ca/products/silk-ac-home-charger-na) — 10 / 12 kW · SAE J1772: A residential AC charger for the North American market with a SAE J1772 connector, NEMA 14-50 plug-in or hardwired versions, UL / CSA / ENERGY STAR certification, smart app control and PV-aware load management.
- [Argo Basic AC Home Charger](https://entogo.ca/products/argo-basic-ac-home-charger) — 11 / 22 kW · Type 2: A compact, versatile home AC charger in 11 or 22 kW, available in cable or socket versions with PV integration, dynamic load balancing, OCPP connectivity and flexible top, rear or bottom cable entry.
- [Caro Pro AC Home Charger](https://entogo.ca/products/caro-pro-ac-home-charger) — 22 kW · Type 2: A 22 kW three-phase home AC charger with PV integration and dynamic load balancing to relieve grid stress at peak times, built-in RCD protection and plug-to-charge, RFID and app start modes.
- [Caro Plus AC Home Charger](https://entogo.ca/products/caro-plus-ac-home-charger) — 7 / 11 kW · Type 2: A connected residential AC charger in 7 or 11 kW, with cable or socket options, PV-compatible smart charging, dynamic load balancing, advanced cybersecurity and an OCPP 1.6 / 2.0.1 upgrade path.
- [Saro AC Home Charger](https://entogo.ca/products/saro-ac-home-charger) — 22 kW · Type 2: A 22 kW residential AC charger with dynamic load management, PV-compatible smart charging and a full set of connectivity options — Wi-Fi, Ethernet, Bluetooth and 4G — in a compact, space-saving design.
- [Alvis AC Home Charger](https://entogo.ca/products/alvis-ac-home-charger) — 7 kW · Type 2: A compact 7 kW single-phase home AC charger with OCPP 1.6 network connectivity, dynamic load balancing, consumer-IoT cybersecurity aligned to ETSI EN 303 645 and plug-to-charge, RFID and app start modes.
- [Memo Portable AC Charger](https://entogo.ca/products/memo-portable-ac-charger) — 3.5 kW · Portable Type 2: A 3.5 kW portable Type 2 charger with a wire-winding design for compact storage, an IP67-rated body, comprehensive electrical protection and plug-to-charge operation — charging on the move with no installation required.

## Solutions

- [Power Equipment for AI Data Centers](https://entogo.ca/solutions/data-centers): Entogo is a Canada-based power-equipment manufacturer supplying the transformers, prefabricated substations, switchgear and battery storage that energise AI and hyperscale data centers across North America — delivered in an average of 12 weeks, versus the 1–4 year lead times now common industry-wide.
- [Solar-Storage-Charging Integrated Systems](https://entogo.ca/solutions/solar-storage-charging): Entogo's solar-storage-charging integrated systems combine on-site photovoltaic generation, battery energy storage and EV charging behind a single energy-management layer, so sites can charge vehicles from solar power, shave demand charges and keep charging available when the grid is constrained.
- [Distribution & Pad-Mount Transformers for Utilities](https://entogo.ca/solutions/utilities): Entogo is a Canada-based transformer manufacturer supplying pad-mount and distribution transformers, substations and switchgear to utilities and co-operatives across North America — built to ANSI/IEEE C57 and delivered in an average of 12 weeks, against the 1–4 year merchant-market lead times.
- [EV Charging Infrastructure](https://entogo.ca/solutions/ev-charging-infrastructure): Entogo supplies AC and DC fast charging infrastructure for public stations, fleet and bus depots, and automotive-OEM facilities, built in its own vertically integrated source factory with dedicated charging-equipment production lines and certification including UL, CSA, FCC and OCPP for North-American deployment.
- [Commercial & Industrial Energy Storage](https://entogo.ca/solutions/commercial-industrial-storage): Entogo's commercial and industrial energy storage systems are all-in-one liquid- or air-cooled cabinets integrating the battery, BMS, EMS, PCS and fire protection — for behind-the-meter peak shaving, time-of-use shifting and backup power at factories, commercial complexes and data centres.
- [Transformer & Substation Supply for Industrial & EPC Projects](https://entogo.ca/solutions/industrial-epc): Entogo is a Canada-based power-equipment manufacturer supplying transformers, substations and switchgear for industrial facilities and EPC contractors across North America — engineered to project drawings, delivered in an average of 12 weeks, and coordinated as one factory-tested package.
- [Substations & Power Distribution](https://entogo.ca/solutions/substations-power-distribution): Entogo supplies the transformation and distribution backbone for utility, industrial and large-load projects — distribution and power transformers, prefabricated substations, and medium- and low-voltage switchgear — engineered and factory-tested as coordinated packages for faster energisation.
- [Renewable Energy Grid Connection](https://entogo.ca/solutions/renewable-grid-connection): Entogo provides the grid-connection equipment that brings solar, storage and hybrid renewable projects onto the network — grid-connection cabinets and boxes, prefabricated PV box-substations, combiner boxes and power conversion — engineered to align with IEEE 1547 and UL 1741 interconnection requirements.

## Insights

- [Solidly grounded, resistance-grounded, or ungrounded? Choosing a power system grounding scheme](https://entogo.ca/insights/power-system-grounding-scheme-selection): Most North American facilities are solidly grounded, but resistance grounding can keep a plant running through a first ground fault. How to choose among solidly grounded, high-resistance grounded, and ungrounded systems, and what each requires under the NEC and IEEE 142.
- [Do you need a K-rated transformer? Specifying for nonlinear loads](https://entogo.ca/insights/do-you-need-a-k-rated-transformer): A K-rated transformer is built to carry the harmonic currents that nonlinear loads draw without overheating. When switch-mode power supplies, drives, and LED lighting dominate a panel, the transformer's K-rating and an oversized neutral decide whether a standard unit will survive the load.
- [DC-coupled vs. AC-coupled solar-plus-storage: how to choose](https://entogo.ca/insights/dc-coupled-vs-ac-coupled-solar-storage): DC coupling ties the battery to the array's DC bus behind one hybrid inverter and recaptures clipped energy; AC coupling gives solar and storage their own inverters and easier retrofits. The right choice depends on whether the two are built together.
- [Should your facility take medium-voltage service? Primary metering and customer-owned substations](https://entogo.ca/insights/medium-voltage-service-primary-metering): Taking medium-voltage utility service means owning the step-down transformer and the substation behind it, in exchange for a lower primary-metering rate. It pays off for large, steady loads but shifts transformer losses, maintenance, and protection to the buyer. Here is how to weigh the trade-off.
- [NEMA vs. IP enclosure ratings: specifying outdoor power equipment](https://entogo.ca/insights/nema-vs-ip-enclosure-ratings-outdoor-power-equipment): NEMA enclosure types and IEC 60529 IP codes both rate ingress protection, but they are not interchangeable — NEMA 250 also tests corrosion, icing and hosedown, which the IP code omits. For North American power equipment, specify a NEMA type and treat IP as a supplement.
- [Grid-forming vs. grid-following inverters for battery storage](https://entogo.ca/insights/grid-forming-vs-grid-following-inverters-battery-storage): Grid-following inverters follow an existing grid voltage, while grid-forming inverters set their own voltage and frequency so they can ride through weak grids, island, and black-start. Here is how to tell which one a battery storage project needs and what to specify.
- [Total owning cost of a transformer: how to evaluate losses in a bid](https://entogo.ca/insights/total-owning-cost-transformer-loss-evaluation): The cheapest transformer is rarely the least expensive to own. Total owning cost adds the capitalized value of no-load and load losses to the purchase price, so two units that meet the same DOE efficiency floor can differ by thousands over their service life.
- [Gas-insulated vs. air-insulated switchgear: how to choose](https://entogo.ca/insights/gas-insulated-vs-air-insulated-switchgear): Gas-insulated switchgear seals live parts in gas for a compact, low-maintenance lineup; air-insulated switchgear stays larger but fully serviceable and gas-free. The right choice turns on footprint, environment, voltage class, and tightening SF6 rules.
- [LFP vs. NMC batteries for stationary storage: how to choose](https://entogo.ca/insights/lfp-vs-nmc-batteries-stationary-storage): LFP and NMC are the two lithium-ion chemistries behind most stationary storage. LFP leads on cycle life, thermal stability and cost per kWh; NMC packs more energy into less space. Here is how to match chemistry to a project.
- [Switchboard vs. switchgear: how to choose (UL 891 vs. UL 1558)](https://entogo.ca/insights/switchboard-vs-switchgear-ul-891-vs-ul-1558): Switchboards and low-voltage switchgear both distribute power below 1000 V, but they are built and tested to different standards. Switchgear (UL 1558) uses draw-out breakers and a short-time withstand rating that supports coordination; switchboards (UL 891) are simpler and more economical for less demanding loads.
- [Selective coordination: when a project needs a coordination study](https://entogo.ca/insights/selective-coordination-nec-requirements): Selective coordination means the overcurrent device nearest a fault opens first, so one short circuit does not cascade into a wider outage. The NEC requires it for emergency, standby, and other critical loads, verified with a time-current-curve study.
- [Air-cooled vs. liquid-cooled battery storage: how to choose](https://entogo.ca/insights/air-cooled-vs-liquid-cooled-battery-storage): Battery cells age faster when they run hot, so a BESS cooling architecture largely decides its lifespan and footprint. Air cooling is simpler and cheaper; liquid cooling holds tighter temperatures for dense, high-throughput sites. Here is how to choose.
- [Do you need a microgrid? Islanding, resilience, and what to specify](https://entogo.ca/insights/when-does-a-commercial-microgrid-make-sense): A microgrid lets a site keep critical loads running through an outage by islanding onto local storage and generation. It makes sense where outage cost is high or grid capacity is constrained, and it requires grid-forming inverters, a microgrid controller, and utility-approved protection.
- [Available fault current and equipment short-circuit ratings: what to calculate and specify](https://entogo.ca/insights/available-fault-current-sccr-what-to-specify): Available fault current is the maximum current a bolted short circuit can push through a system at a point. Every breaker, switchboard, and control panel needs a short-circuit current rating at least equal to it, and non-dwelling service equipment must be field-marked with the value under NEC 110.24.
- [Harmonic distortion: what IEEE 519 requires and how to meet it](https://entogo.ca/insights/harmonic-distortion-ieee-519-limits): Harmonic distortion from VFDs, EV chargers, and data-center power supplies can breach IEEE 519 limits and quietly overheat neutrals, transformers, and switchgear. This guide explains the 519-2022 voltage and current limits and how to specify mitigation before it becomes a field problem.
- [How to size a battery energy storage system: power vs. energy](https://entogo.ca/insights/how-to-size-a-battery-energy-storage-system-power-vs-energy): A battery energy storage system is sized with two independent numbers, power in megawatts and energy in megawatt-hours. Their ratio is the C-rate, which fixes how long the system runs at full output and drives cost, cooling, and site design.
- [EV charging load management: sizing a site without a service upgrade](https://entogo.ca/insights/ev-charging-load-management-service-upgrade): Adding EV chargers often does not require a larger electrical service. NEC 625.42 lets an energy management system cap the combined draw, so a site can be sized to the managed load instead of the full nameplate of every charger. Here is how to decide and what to specify.
- [Interconnecting solar and storage to the grid: what IEEE 1547-2018 requires](https://entogo.ca/insights/ieee-1547-der-grid-interconnection): Connecting solar or battery storage to the North American grid means meeting IEEE 1547-2018 for DER behavior, using a UL 1741 SB certified inverter, and passing a utility interconnection review that scales from a fast-track screen to a full study. Here is how the pieces fit.
- [Arc-resistant switchgear: when it's required and what an IEEE C37.20.7 rating means](https://entogo.ca/insights/arc-resistant-switchgear-ieee-c37-20-7-rating): Arc-resistant switchgear redirects the pressure and heat of an internal arcing fault away from anyone standing nearby, tested to IEEE C37.20.7. It is specified where crews work close to energized medium-voltage gear and calculated incident energy is high.
- [Transformer efficiency standards: what DOE 10 CFR 431 requires and the 2029 update](https://entogo.ca/insights/transformer-efficiency-standards-doe-10-cfr-431): US distribution transformers must meet DOE 10 CFR 431 minimum efficiency, defined at 35 percent load for dry-type units and 50 percent for liquid-immersed. A 2024 final rule raises those floors for units built on or after April 23, 2029, and here is how the rules work and what to specify.
- [Power factor correction: how to clear a utility power-factor penalty](https://entogo.ca/insights/power-factor-correction-utility-penalty): Utilities such as BC Hydro and Hydro One surcharge or re-bill on kVA when power factor falls below 90 percent. Capacitor banks raise power factor to clear the penalty, but harmonics can drive resonance, so IEEE 519 and detuned designs govern a safe install.
- [Dry-type vs. liquid-filled transformers - how to choose](https://entogo.ca/insights/dry-type-vs-liquid-filled-transformers): Dry-type transformers cool with air and solid insulation while liquid-filled units use mineral or less-flammable oil. The right pick turns on installation location, fire and code rules, voltage class, efficiency, and maintenance - not on which type is generally better.
- [Battery storage fire safety: what NFPA 855 and UL 9540A require](https://entogo.ca/insights/battery-storage-fire-safety-nfpa-855-ul-9540a): Lithium-ion battery storage in North America is governed by NFPA 855 and UL 9540A. NFPA 855 caps individual units at 20 kWh and requires three-foot separation unless UL 9540A large-scale fire-test data proves a fire will not spread, which shapes how a BESS is sited, spaced, and permitted.
- [Metal-clad vs. metal-enclosed switchgear: how to choose](https://entogo.ca/insights/metal-clad-vs-metal-enclosed-switchgear): Metal-clad switchgear uses drawout breakers and grounded metal barriers between every compartment; metal-enclosed interrupter switchgear is simpler and built for lower fault duty. Here is how North American buyers match construction class, voltage, and fault duty to the application.
- [How do transformers get approved for use in Canada?](https://entogo.ca/insights/transformer-approval-certification-canada): Before a transformer can be energised in Canada, the Canadian Electrical Code requires it to be "approved" — either certified by an SCC-accredited body (a CSA, cULus or cCSAus mark) or field-evaluated to CSA SPE-1000. A US-only "UL Listed" mark is not enough. Here is how the approval system actually works.
- [Sizing transformer overcurrent protection (NEC 450.3(B) & CEC 26)](https://entogo.ca/insights/transformer-overcurrent-protection-fault-current): How to size transformer primary and secondary overcurrent protection to NEC Table 450.3(B) and CEC Section 26 (Rule 26-254), and how to find the available fault current at the secondary for downstream AIC / SCCR — with worked US and Canada examples.
- [How are transformers sold? Distribution channels, reps and the 2026 demand surge](https://entogo.ca/insights/how-transformers-are-sold-distribution-channels): Transformers reach buyers through four channels: direct OEM sales to utilities and EPCs, independent manufacturers' reps, two-step electrical distribution, and online procurement. With a global market near US$61B and 30% power-transformer supply deficits, the sales channel and sourcing have become strategic.
- [How to size a transformer: a practical guide to kVA selection](https://entogo.ca/insights/how-to-size-a-transformer-kva-selection): How to convert a real electrical load into the right transformer kVA: the calculation, the standard ANSI/IEEE rating ladder, and the margins for continuous duty, future growth, ambient and altitude that sit between calculated load and nameplate.
- [Grain-oriented electrical steel: why one Pennsylvania mill sets the clock for the North American grid](https://entogo.ca/insights/grain-oriented-electrical-steel-supply-chain): Every power transformer needs grain-oriented electrical steel (GOES), and the DOE estimates it is roughly a quarter of large-transformer cost. North America has one domestic producer — Cleveland-Cliffs' Butler Works. This is the supply chain behind the one-to-four-year lead time.
- [Power equipment for AI data centers: what changes when racks hit 100 kW](https://entogo.ca/insights/ai-data-center-power-equipment-2026): AI training loads have pushed rack densities past 100 kW and substation lead times past three years. This is what each layer of the data-center power chain — transformer, switchgear, energy storage — now has to deliver, and where projects actually compress the schedule.
- [What does it actually cost to install a DC fast-charger station? A 2026 breakdown](https://entogo.ca/insights/dc-fast-charger-installation-cost-2026): Public ranges for "DC fast-charger installation cost" span $50,000 to over $1 million per site — too wide to be useful. The Atlas/Paren analysis of NEVI awards, NREL deployment data and Rocky Mountain Institute rate-design work converge on a tighter cost stack, and on which lines actually move.
- [How long are transformer lead times in North America in 2026?](https://entogo.ca/insights/transformer-lead-times-north-america-2026): In 2026, transformers in North America's merchant market commonly take one to four years to deliver — driven by electrical-steel (GOES) constraints, surging data-center demand and an aging fleet. Manufacturers with their own source factory, such as Entogo at a 12-week standard lead time, sit largely outside that queue.
- [Solar-storage-charging integrated systems, explained](https://entogo.ca/insights/solar-storage-charging-explained): A solar-storage-charging system pairs on-site PV, a battery and EV charging behind a single grid connection, so charging draws on stored solar instead of the service entrance — enabling fast charging at sites whose utility supply could not sustain it alone.
- [How behind-the-meter battery storage cuts demand charges](https://entogo.ca/insights/cut-demand-charges-with-battery-storage): Demand charges are billed on a facility's highest power draw, not its total energy use. Behind-the-meter battery storage discharges during those brief peaks to cap the demand, and shifts cheap off-peak or solar energy into expensive on-peak hours — lowering both parts of a commercial electricity bill.
- [AC vs. DC EV charging: what North American sites need](https://entogo.ca/insights/ac-vs-dc-ev-charging-north-america): AC charging is slower, cheaper and ideal where vehicles dwell for hours; DC fast charging delivers high power for short stops but needs far more grid capacity. Matching charger type to dwell time, site load and budget is the first decision in any EV charging project.
- [Prefabricated substations vs. conventional builds: when modular wins](https://entogo.ca/insights/prefabricated-vs-conventional-substations): A prefabricated substation arrives as a factory-built, factory-tested package that drops onto a prepared pad, compressing months of on-site construction into days. For space-constrained, schedule-driven or repeatable projects, the modular approach usually wins on time, quality and total cost.

## Optional

- [Sitemap](https://entogo.ca/sitemap-index.xml)
- [Privacy Policy](https://entogo.ca/privacy)
- [Terms of Use](https://entogo.ca/terms)